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Oligo Sodium hyaluronate
The skin is easily absorbed to form deep and strong moisturizing support and protection
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Oligo Sodium hyaluronate
The skin is easily absorbed to form deep and strong moisturizing support and protection
Last updated on June 26, 2024
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We Support “Sample Delivery Door To Door Service”
We Support “Return Sample Fee If Quality Is Not Ok”
The key to safety production is to enhance people’s safety awareness. The key is to always adhere to the people-oriented ideology, start from establishing the dominant position of consciousness, emphasize that safety is the responsibility of managers, improve the quality of employees’ injuries at multiple levels, and build a solid safety wall. Guide employees to consciously and actively participate, and create a bottom-up, proactive and spontaneous “I want to be safe” good atmosphere.
Advocating energy conservation, water conservation, and energy consumption reduction in daily life, we have collaborated with workshop unions to organize employees to seriously learn energy-saving knowledge and requirements, take the lead in sharing energy-saving experiences, and have deeply rooted in people’s hearts. We have improved the online detection system for characteristic pollutants at the factory boundary, achieving standard emissions and ecological development.
In whole world, almost all industrial line material stock is very tight and price is increasing sharply. So under this situation, one stable supply system is more and more important . Unilong is always pay attention to supply chain system construction. Now we have one stable material supplier system so that we can overcome present situation to ensure our production line running normally.We have strict management system for every progress from Supplying,Producing,Transporting,Selling.
In whole world, almost all industrial line material stock is very tight and price is increasing sharply. So under this situation, one stable supply system is more and more important . Unilong is always pay attention to supply chain system construction. Now we have one stable material supplier system so that we can overcome present situation to ensure our production line running normally.We have strict management system for every progress from Supplying,Producing,Transporting,Selling.
The key to safety production is to enhance people’s safety awareness. The key is to always adhere to the people-oriented ideology, start from establishing the dominant position of consciousness, emphasize that safety is the responsibility of managers, improve the quality of employees’ injuries at multiple levels, and build a solid safety wall. Guide employees to consciously and actively participate, and create a bottom-up, proactive and spontaneous “I want to be safe” good atmosphere.
Advocating energy conservation, water conservation, and energy consumption reduction in daily life, we have collaborated with workshop unions to organize employees to seriously learn energy-saving knowledge and requirements, take the lead in sharing energy-saving experiences, and have deeply rooted in people’s hearts. We have improved the online detection system for characteristic pollutants at the factory boundary, achieving standard emissions and ecological development.
Unilong is a trusted manufacturer and supplier in China. We haved competitive prices, stable product quality, support for sample orders and one-to-one technical service support are the reasons for you to choose Unilong Industry.
The company supervises, controls and operates all production links in strict accordance with the requirements of ISO9001, ISO14001 and GB/T-28001. In strict accordance with the requirements of modern enterprise management norms, establish modern scientific management means and complete and reliable management assurance system for the sustainable development of enterprises.
User value is our guiding principle, and we strive to integrate social responsibility into our products and services. Adhering to the development concept of “safety, green, technology, and service”, and adhering to the spirit of “craftsmanship” for excellence. Only by constantly adjusting its strategy in the midst of change, maintaining healthy development vitality, and transforming this vitality into inertia, and continuously expressing it through effective strategies, can enterprises obtain and continuously strengthen competitive advantages, and build their success.
Our actions comply with ethical standards and remain true and transparent. Actively pay attention to environmental issues, promote green manufacturing and production, and make efforts to protect the environment. We uphold innovative thinking, continuously improve and create value. Create value for customers and become a long-term trusted partner for them. The customer first service concept continuously improves customer satisfaction and establishes good customer relationships.
Unilong Industry founded in 2008, the company is a growing high-tech chemical enterprise. It began to focus on fine chemicals. Later, it fully transferred to the R & D and production of new series of products.
Unilong Industry has passed the IS014001 environmental management system certification and is listed as a high-tech enterprise in Shandong Province, which provides favorable conditions for the future development of the company.
The company opened Shandong branch and began to expand the production direction related to cosmetics raw materials and daily chemical raw materials.
The company opens a polymer factory, business scope covers R&D, production and sales of daily chemical raw materials, biodegradable materials and 3D printing materials.
We already achieved product-related certificates including ISO9001, BPI DIN NTSQP, etc. There is a saying in the market “Uli-ECO, you’ll like it”.
Unilong Industry has become a one-stop purchaser and service provider for many customers around the world. At present, its products are exported to North and South America, Europe, Asia, Australia, South Africa and other dozens of countries and regions.
Unilong is keeping relationships with the top high-tech lab and engaged in more new renewable material research.With low-carbon environmental protection, non-toxic new materials direction.
Unilong Industry Co.,Ltd. is a growing high-tech chemical enterprise, and located in Zibo Zhangdian chemical industrial park of Shandong province. Now Unilong company already is a world leading professional manufacturer and distributor for fine chemicals materials.
Unilong Group was established in 2008 and mainly engaged in polymer and daily material production enterprise in China. Our products have unique advantages in the market and enable to meet the individual needs of our partners. We already achieved product-related certificates including ISO quality system and environmental management system certification.
Since its inception, we have operated in good faith the principle of positive, open up, after years of hard work, the company has received the honorary title of the industry.we always look forward to the trends and offer value not only for materials, we also apply them to the production process, focusing on improvement and innovation. Our products have unique advantages in the market and enable to meet the individual needs from our partners.
We sincerely hope our first-class quality, professional service and various products composition will be the strongest backup for all our valuable customers.
Over the years, our company has become a one-stop purchaser and service provider for many customers around the world. At present, our products are exported to North and South America, Europe, Asia, Australia, South Africa and other dozens of countries and regions. and have cooperated with many internationally renowned chemical companies.
The company adheres to the core values of “innovation, integrity, collaboration, responsibility, and win-win”, and sincerely cooperates with domestic and foreign customers to provide better services with sincere enthusiasm for domestic and foreign customers.
We has become a one-stop purchaser and service provider for many customers around the world.
Position | Number | Gender | Education | Age | Details |
Salesperson | 6 | Unlimited | Specialist and above | 22-36 | Read More |
Laboratory technician | 2 | Unlimited | Ph.D. | 30 years old and above | Read More |
Equipment administrator | 1 | Male | Bachelor degree or above | 30 years old and above | Read More |
Chemical technician | 4 | Male | Postgraduate | Unlimited | Read More |
Security administrator | 2 | Male | Postgraduate | Unlimited | Read More |
The purpose of talent selection is fundamentally to enable enterprises to gain competitive advantages and thereby enhance their core competitiveness. Specifically, the purpose of personnel selection is to select the most suitable personnel for the requirements of the enterprise from the recruited candidates, in order to achieve enterprise human resource planning, while paying attention to the cultivation of existing talents. Effectively implement the company’s human resources strategy. In terms of employee compensation, the company implements performance evaluation for all employees, introduces market pressure and fair competition mechanisms internally, implements a salary system that combines position salary and performance bonus, and maximizes the motivation of employees. The company will care about employees’ families and remove their worries. It can also improve organizational harmony and cohesion by establishing various interest groups and sports and entertainment activities, increase social opportunities, and meet their pursuit of happiness and social needs.
Human resources are the most important strategic resource of our Unilong Industry. The quality of human resources depends on the quality of each company’s employees. Therefore, the company is building three core teams of the enterprise:
Operation and management personnel
Build a team that is good at management, possesses good professional ethics, and is adept at using modern management methods to manage personnel.
Professional technical personnel
Build a team of technical personnel with strong professionalism, innovation ability, keeping up with cutting-edge technologies, and continuously enriching the core technology of the enterprise.
Front-line operator team
Build a team of senior technical workers and general workers with good adaptability, coordination ability, diligence, perseverance, and a high level of professionalism.
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The manufacturer offers extensive technical support, with a team of scientists that manage your projects from innovation through development, commercialization, and then onto processing and packaging.
Unilong Industry Co.,Ltd. is a growing high-tech chemical enterprise, and located in Chemical industrial park of Shandong province. Now Unilong company already is a world leading professional manufacturer and distributor for fine chemicals materials.
Unilong Group was established in 2008 and mainly engaged in polymer and daily material production enterprise in China. Our products have unique advantages in the market and enable to meet the individual needs of our partners. We already achieved product-related certificates including ISO quality system and environmental management system certification.
Since its inception, we have operated in good faith the principle of positive, open up, after years of hard work, the company has received the honorary title of the industry.we always look forward to the trends and offer value not only for materials, we also apply them to the production process, focusing on improvement and innovation. Our products have unique advantages in the market and enable to meet the individual needs from our partners.
We sincerely hope our first-class quality, professional service and various products composition will be the strongest backup for all our valuable customers.
Over the years, our company has become a one-stop purchaser and service provider for many customers around the world. At present, our products are exported to North and South America, Europe, Asia, Australia, South Africa and other dozens of countries and regions. and have cooperated with many internationally renowned chemical companies.
The company adheres to the core values of “innovation, integrity, collaboration, responsibility, and win-win”, and sincerely cooperates with domestic and foreign customers to provide better services with sincere enthusiasm for domestic and foreign customers.
We has become a one-stop purchaser and service provider for many customers around the world.
Unilong Group was established in 2008 and mainly engaged in polymer and daily material production enterprise in China. Our products have unique advantages in the market and enable to meet the individual needs of our partners. We already achieved product-related certificates including ISO quality system and environmental management system certification.
Our Advantages
Unilong
Asia: China, Korea, Japan, Pakistan, Turkey, Israel, UAE, Cyprus, Singapore, Bangladesh, Indonesia, India, Malaysia, Thailand, Vietnam etc.
America: The United States, Canada, Mexico, Brazil, Argentina, Colombia, Chile, Peru, Costa Rica, Ecuador, Honduras etc.
Europe: Russia, Italy, Germany, France, The United Kingdom, Serbia, Belgium, Ukraine, Poland etc.
Africa: South Africa, Egypt, Nigeria, Tanzania etc.
Oceania: Australia, New Zealand.
Lastest Blog
Our products have unique advantages in the market and enable to meet the individual needs from our partners.
What is Sodium Dodecylbenzenesulphonate
Sodium dodecylbenzenesulphonate (SDBS), an anionic surfactant, is a basic chemical raw material widely used in daily chemical industry.
Sodium dodecylbenzenesulphonate is a solid, white or light yellow powder. Soluble in water, easy to absorb moisture clumping. Sodium dodecyl benzene sulfonate has stable chemical properties for alkali, dilute acid and hard water, and can establish a balanced system with strong acid. The branched chain sodium dodecyl benzene sulfonate is difficult to biodegrade, while the straight chain sodium dodecyl benzene sulfonate is easy to biodegrade.
Sodium dodecylbenzenesulphonate is a neutral chemical, which is sensitive to water hardness, not easy to oxidize, strong foaming force, high detergents, easy to mix with various auxiliaries, low cost, mature synthesis process, and wide range of applications. It is a very good anionic surfactant.
Sodium dodecylbenzenesulphonate, as an anionic surfactant, has good surface activity and strong hydrophilicity, which can effectively reduce the tension at the oil-water interface and achieve emulsification. Therefore, Sodium dodecylbenzenesulphonate has been widely used in the preparation of emulsions such as cosmetics, printing and dyeing auxiliaries and pesticides.
Sodium dodecylbenzenesulphonate can make fabrics, plastics and other surfaces close to water, while the ionic surfactant has a conductive effect, so it can make electrostatic leakage in time, thereby reducing the danger and inconvenience caused by static electricity.
Used as detergent and textile additives, also used as toothpaste foaming agent, mine fire extinguishing agent, emulsion polymerization emulsifier, wool cleaning agent, etc.
Used as anionic surface activator, emulsifier and blowing agent
GB2760-96 is specified as a processing aid for the food industry. Foaming agent; Emulsifier; Anionic surfactant. Used in cake, beverage, protein, fresh fruit, juice beverage, edible oil and so on.
Used as an emulsifier for drugs, cosmetics and synthetic resins. Toothpaste, blowing agent for fire extinguishers. Used as a detergent for silk and wool fine fabrics. Flotation agent for metal beneficiation.
Used as washing and textile auxiliaries, also used as toothpaste foaming agent, fire extinguishing foam liquid, emulsion polymerization emulsifier, pharmaceutical emulsifying dispersing sheep.
Biochemical analysis, electrophoresis, ion pair reagents.
Sodium dodecylbenzenesulphonate produced by Unilong Industry is an excellent anionic surfactant with low cost, mature synthesis process and wide application fields. Welcome to buy and consult.
Ultraviolet absorber is a light stabilizer that can absorb the ultraviolet part of sunlight and fluorescent light sources without changing itself. Ultraviolet absorber is mostly white crystalline powder, good thermal stability, good chemical stability, colorless, non-toxic, odorless, generally used in polymers (plastics, etc.), coatings and so on.
Most colorants, especially inorganic pigment colorants, can play a certain degree of light stabilization when used alone in plastic products. For colored plastic products for long-term outdoor use, the light stability of the product cannot be improved by the colorant alone. Only the use of light stabilizer can effectively inhibit or slow down the light aging rate of colored plastic products for a long time. Significantly improve the light stability of colored plastic products. Hindered amine light stabilizer (HALS) is a class of organic amine compounds with steric hindrance effect. Due to its functions of decomposing hydroperoxide, quenching radical oxygen, trapping free radicals, and recycling of effective groups, HALS is the plastic light stabilizer with high anti-photoaging efficiency and the largest amount at home and abroad. The data show that the appropriate light stabilizer or the appropriate combination system of antioxidant and light stabilizer can improve the light and oxygen stability of outdoor colored plastic products several times. For plastic products colored by photoactive and photosensitive colorants (such as cadmium yellow, uncored rutile, etc.), considering the catalytic photoaging effect of the colorant, the amount of light stabilizer should be increased accordingly.
Uv absorbers can generally be classified according to chemical structure, action fraction and use, which are described below:
1.Classification according to chemical structure: ultraviolet absorbers can be divided into organic ultraviolet absorbers and inorganic ultraviolet absorbers. Organic ultraviolet absorbers mainly include benzoates, benzotriazole, cyanoacrylate, etc., while inorganic ultraviolet absorbers mainly include zinc oxide, iron oxide, titanium dioxide and so on.
2.Classification according to the mode of action: ultraviolet absorber can be divided into shielding type and absorption type. Shielding UV absorbers are able to reflect UV light and thus prevent it from entering the body, while absorbing UV absorbers are able to absorb UV light and convert it into heat or visible light.
3.Classification according to use: ultraviolet absorbent can be divided into cosmetic grade, food grade, pharmaceutical grade, etc. Cosmetic grade UV absorbers are mainly used in sunscreen, skin care products and other cosmetics, food grade UV absorbers are mainly used in food packaging materials, and pharmaceutical grade UV absorbers are mainly used in drugs.
Unilong Industry is a professional UV manufacturer, we can provide the following UV series of products, if you need, please feel free to contact us
CAS No. | Product Name |
118-55-8 | Phenyl salicylate |
4065-45-6 | BP-4 2-Hydroxy-4-methoxybenzophenone-5-sulfonic acid |
154702-15-5 | HEB DIETHYLHEXYL BUTAMIDO TRIAZONE |
88122-99-0 | EHT |
3896-11-5 | UV Absorber 326 UV-326 |
3864-99-1 | UV-327 |
2240-22-4 | UV-P |
3896-11-5 | UV-326 |
Do you know about photoinitiator
What are photoinitiators and how much do you know about photoinitiators? Photoinitiators are a type of compound that can absorb energy at a certain wavelength in the ultraviolet (250-420nm) or visible (400-800nm) region, generate free radicals, cations, etc., and thus initiate monomer polymerization, crosslinking, and curing. However, the wavelengths absorbed by different photoinitiators are different.
The classification of photoinitiators can be mainly divided into two categories: free radicals and ionic types. Free radicals can be divided into Type I and Type II; Ionic types can be divided into cationic and anionic types. The photoinitiator is the starting point of the formulation, and its final use is influenced by performance requirements and the formulation system. There is only the most suitable photoinitiator, there is no best photoinitiator.
Photoinitiators are located upstream in the industrial chain. The raw materials in the UV curing industry chain are mainly basic chemical materials and specialized chemicals, with photoinitiators located upstream of the industry chain. The series of thiol compounds can be used as raw materials for photoinitiators, and are mainly used in the fields of medicine and pesticide manufacturing; Photoinitiators are applied in various fields such as photoresists and supporting chemicals, UV coatings, UV inks, etc., with terminal applications spanning electronic products, home decoration and building materials, medicine and medical treatment, etc.
There are various types of photoinitiators with a wide range of uses, so how should we choose them? Next, let me tell you how to choose several commonly encountered products.
Firstly, I would like to introduce photoinitiator 819, which can be used for colored UV cured plastic coatings. UV coatings, due to their excellent performance and efficient production, have been widely used on plastic shells of various electronic and household appliances products. However, the deep solidification of UV coatings after coloring is not good, resulting in poor film adhesion and poor dispersion and arrangement of pigments by UV resins, seriously affecting the appearance of the coatings, Therefore, the traditional construction process is to first apply solvent based colored primer for coloring, then apply UV varnish after baking to improve the various physical properties of the paint film surface.
Photoinitiator 184 is an efficient and yellowing resistant free radical (I) type solid photoinitiator with the advantages of long storage time, high initiation efficiency, and wide UV absorption range. It is mainly used for UV curing of unsaturated prepolymers (such as acrylic esters) together with single or multi functional vinyl monomers and oligomers, and is particularly suitable for coatings and inks that require high yellowing degree.
Photoinitiator TPO-L is a kind of liquid photoinitiator, which is used in the formulation system with low yellowness and low odor. It is commonly used in silk screen printing ink, Planographic printing printing ink, flexographic printing ink, photoresist, varnish, printing plate and other fields.
The photoinitiator TPO is mostly used in white systems, and can be used in UV curing coatings, printing inks, UV curing adhesives, Optical fiber coatings, photoresists, photopolymerization plates, stereolithographic resins, composites, tooth fillers, etc.
Photoinitiator 2959 is an efficient non yellowing photoinitiator with high activity, low odor, non yellowing, low volatility, insensitivity to oxygen polymerization, and high surface curing efficiency. Unique hydroxyl groups that are easily soluble in water-based coatings. Especially suitable for water-based acrylic esters and unsaturated polyesters. Photoinitiator 2959 is also an adhesive approved by the FDA certification system for non direct contact with food.
Benzophenone is a free radical photoinitiator mainly used in free radical UV curing systems such as coatings, inks, adhesives, etc. It is also an intermediate in organic pigments, pharmaceuticals, spices, and insecticides. This product is also a styrene polymerization inhibitor and fragrance fixative, which can give fragrance a sweet flavor, and is widely used in perfume and soap essence.
Products similar to photoinitiators are ultraviolet absorbers. Sometimes, people often cannot distinguish between the two. UV absorbers can replace photoinitiators. Because UV absorbers are the most widely used type of light stabilizer and can be compatible with or replace photoinitiators for use, and their effectiveness is also very good. Photoinitiators are specifically used for photocuring, for inks, coatings, and can also be used in industrial and electronic fields. UV absorbers have a relatively large range of uses, mainly used in cosmetics with high quality requirements. Meanwhile, the price of ultraviolet absorbers is relatively high, while photoinitiators are relatively low. You can choose corresponding products based on your own needs.
We are a professional initiator manufacturer. In addition to the products mentioned above, we also have the following similar products:
CAS No. | Product Name |
162881-26-7 | Phenylbis(2,4,6-trimethylbenzoyl)phosphine oxide |
947-19-3 | 1-Hydroxycyclohexyl phenyl ketone |
84434-11-7 | Ethyl (2,4,6-trimethylbenzoyl) phenylphosphinate |
75980-60-8 | Diphenyl(2,4,6-trimethylbenzoyl)phosphine oxide |
125051-32-3 | Bis(eta.5-2,4-cyclopentadien-1-yl)-bis [2,6-difluoro-3- (1H-pyrrol-1-yl)phenyl]titanium |
75980-60-8 | 2,4,6-Trimethyl benzoyldiphenyl phosphine oxide |
162881-26-7 | Bis(2,4,6-trimethylbenzoyl)phenylphosphine oxide |
84434-11-7 | Ethyl(2,4,6-trimethylbenzoyl)phenylphosphinate |
5495-84-1 | 2-Isopropylthioxanthone |
82799-44-8 | 2,4-Diethylthioxanthone |
71868-10-5 | 2-Methyl-1- [4- (methylthio)phenyl]-2-morpholinopropane-1-one |
119313-12-1 | 2-Benzyl-2-dimethylamino-1- (4-morpholinophenyl)butanone |
947-19-3 | 1-Hydroxy-Cyclohexyl Phenyl Ketone |
7473-98-5 | 2-Hydoy-2-mey-1-phenyppae–one |
10287-53-3 | Ethyl4-dimethylaminobenzoate |
478556-66-0 | [1-9-e thy-6-2-methybenzoycabazo-3-yethylideneamino] acetate |
77016-78-5 | 3-benzo-7-dehyamnocoumrn |
3047-32-3 | 3-Ethyl-3- (hydroxymethyl)oxetane |
18934-00-4 | 3,3′-[Oxybis(methylene)]bis[3-ethyloxetane] |
2177-22-2 | 3-Ethyl-3- (chloromethyl)oxetane |
298695-60-0 | 3-Ethyl-3-[(2-ethylhexyloxy)methyl]oxetane |
18933-99-8 | 3-Ethyl-3-[(benzyloxy)methyl]oxetane |
37674-57-0 | 3-Ethyl-3- (methacryloyloxymethyl)oxetane |
41988-14-1 | 3-Ethyl-3- (acryloyloxymethyl)oxetane |
358365-48-7 | Oxetane Biphenyl |
18724-32-8 | Bis[2-(3,4-epoxycyclohexyl)ethy]tetramethyldisiloxane |
2386-87-0 | 3,4-Epoxycyclohexylmethyl 3,4-epoxycyclohexanecarboxylate |
1079-66-9 | Chlorodiphenyl phosphine |
644-97-3 | Dichlorophenylphosphine |
938-18-1 | 2,4,6-Trimethylbenzoyl chloride |
32760-80-8 | Cyclopentadienyliron(i) hexa-fluorophosphate |
100011-37-8 | Cyclopentadienyliron(ii) hexa-fluoroantimonate |
344562-80-7 & 108-32-7 |
4-Isobutylphenyl-4′-methylphenyliodonium hexafluorophosphate& Propylene carbonate |
71786-70-4 & 108-32-7 |
Bis(4-dodecylphenyl)iodonium hexaflurorantimonate & Propylene carbonate |
121239-75-6 | (4 -Ocyoxyphenyphenyodonum hexafluoroantimonate |
61358-25-6 | Bis(4-tert-butylphenyl)iodonium hexafluorophosphate |
60565-88-0 | Bis(4-methylphenyl)iodonium hexafluorophosphate |
74227-35-3 & 68156-13-8 & 108-32-7 |
Mixed Sulfonium Hexafluorophosphate & Propylene carbonate |
71449-78-0 &89452-37-9 & 108-32-7 |
Mixed Sulfonium Hexafluoroantimonate & Propylene carbonate |
203573-06-2 | |
42573-57-9 | 2-2- 4-Mehoxypheny -2-yvny-46-bs (trichloromethyl)1,3,5-triazine |
15206-55-0 | Methyl benzoylformate |
119-61-9 | Benzophenone |
21245-02-3 | 2-Ethylhexyl 4-dimethylaminobenzoate |
2128-93-0 | 4-Benzoylbiphenyl |
24650-42-8 | Photoinitiator BDK |
106797-53-9 | 2-Hydroxy-4′-(2-hydroxyethoxy)-2-methylpropiophenone |
83846-85-9 | 4-(4-Methylphenylthio)benzophenone |
119344-86-4 | PI379 |
21245-01-2 | Padimate |
134-85-0 | 4-Chlorobenzophenone |
6175-45-7 | 2,2-Diethoxyacetophenone |
7189-82-4 | 2,2′-Bis(2-chlorophenyl)-4,4′,5,5′-tetraphenyl-1,2′-biimidazole |
10373-78-1 | Photoinitiator CQ |
29864-15-1 | 2-Methyl-BCIM |
58109-40-3 | Photoinitiator 810 |
100486-97-3 | TCDM-HABI |
813452-37-8 | OMNIPOL TX |
515136-48-8 | Omnipol BP |
163702-01-0 | KIP 150 |
71512-90-8 | Photoinitiator ASA |
886463-10-1 | Photoinitiator 910 |
1246194-73-9 | Photoinitiator 2702 |
606-28-0 | Methyl 2-benzoylbenzoate |
134-84-9 |
4-Methylbenzophenone |
90-93-7 | 4,4′-Bis(diethylamino) benzophenone |
84-51-5 | 2-Ethyl anthraquinone |
86-39-5 | 2-Chlorothioxanthone |
94-36-0 | Benzoyl peroxide |
579-44-2/119-53-9 | Benzoin |
134-81-6 | Benzil |
67845-93-6 | UV-2908 |
What Is Polyvinylpyrrolidone (PVP)
Polyvinylpyrrolidone is also called PVP, CAS number is 9003-39-8. PVP is a completely synthetic water-soluble polymer compound that is polymerized from N-vinylpyrrolidone (NVP) under certain conditions. At the same time, PVP has excellent solubility, chemical stability, film-forming ability, low toxicity, physiological inertness, water absorption and moisturizing ability, bonding ability, and protective adhesive effect. It can combine with many inorganic and organic compounds as additives, additives, auxiliary materials, etc.
Polyvinylpyrrolidone (PVP) has traditionally been used in various fields such as medicine, cosmetics, food and beverage, brewing, textiles, separation membranes, etc. With the development of new scientific and technological products, PVP has been applied in such high-tech fields as photo curing resins, Optical fiber, laser discs, drag reducing materials, etc. PVP with different purities can be divided into four grades: pharmaceutical grade, daily chemical grade, food grade, and industrial grade.
The main reason why PVP can be used as a co precipitant is that the ligands in PVP molecules can combine with the active hydrogen in insoluble molecules. On the one hand, relatively small molecules become amorphous and enter PVP macromolecules. On the other hand, hydrogen bonding does not change the water solubility of PVP, so the result is that insoluble molecules are dispersed in pVp macromolecules through hydrogen bonding, making them easy to dissolve. There are many types of PVP, How do we choose that model when choosing. When the amount (mass) of PVP is the same, the increase in solubility decreases in the order of PVP K15>PVP K30>PVP K90. This is because the solubilization effect of PVP itself changes in the order of PVP K15>PVP K30>PVP K90. Generally, pVp K 15 is more commonly used.
About the generation of PVP: only NVP, a monomer, participates in the polymerization, and its product is Polyvinylpyrrolidone (PVP). The NVP monomer undergoes self crosslinking reaction or the NVP monomer undergoes cross-linking copolymerization reaction with the crosslinking agent (containing multiple unsaturated group compounds), and its product is Polyvinylpyrrolidone (PVPP). It can be seen that various polymerization products can be produced by controlling different polymerization process conditions.
We understand the process flow of PVP:
Application of industrial grade PVP: PVP-K series can be used as film agent, thickener, lubricant and adhesive in daily chemical industry, and can be used for eruption, Moss, hair fixative gel, hair fixative, etc. Adding PVP to hair dyes and modifiers for skin care, foam stabilizers for shampoos, dispersants and affinity agents for wave styling agents, and to cream and sunscreen can enhance the wetting and lubricating effect. Secondly, adding PVP to the detergent has a good anti color effect and can enhance the cleaning ability.
Application of PVP in industrial and high-tech fields: PVP can be used as a surface coating agent, dispersant, thickener, and adhesive in pigments, printing inks, textiles, printing and dyeing, and color picture tubes. PVP can improve the bonding performance of the adhesive to metal, glass, plastic and other materials. In addition, PVP is increasingly widely used in separation membranes, ultrafiltration membranes, microfiltration membranes, nanofiltration membranes, oil exploration, photo curing resins, paints and coatings, Optical fiber, laser discs and other emerging high-tech fields.
Application of medicinal grade PVP: Among the PVP-K series, k30 is one of the synthetic excipients used, mainly for production agents, adhesive agents for granules, sustained-release agents, adjuvants and stabilizers for injections, flow aids, dispersants for liquid formulations and chromophores, stabilizers for enzymes and thermosensitive drugs, co precipitants for difficult to tolerate drugs, extenders for ophthalmic lubricants, and coating film-forming agents.
Polyvinylpyrrolidone and its polymers, as new fine chemical materials, are widely used in medicine, food, daily chemicals, printing and dyeing, pigment coatings, biological materials, water treatment materials and other fields, with broad market application prospects. After years of continuous exploration, we have developed various aggregation products, including the following:
Product Name | CAS No. |
Polyvinylpyrrolidone/PVP K12/15/17/25/30/60/90 | 9003-39-8 |
Polyvinylpyrrolidone cross-linked/PVPP | 25249-54-1 |
Poly(1-vinylpyrrolidone-co-vinyl acetate)/VA64 | 25086-89-9 |
Povidone iodine/PVP-I | 25655-41-8 |
N-Vinyl-2-pyrrolidone/NVP | 88-12-0 |
N-Methyl-2-pyrrolidone/NMP | 872-50-4 |
2-Pyrrolidinone/α-PYR | 616-45-5 |
N-Ethyl-2-pyrrolidone/NEP | 2687-91-4 |
1-Lauryl-2-pyrrolidone/NDP | 2687-96-9 |
N-Cyclohexyl-2-pyrrolidone/CHP | 6837-24-7 |
1-Benzyl-2-pyrrolidinone/NBP | 5291-77-0 |
1-Phenyl-2-pyrrolidinone/NPP | 4641-57-0 |
N-Octyl pyrrolidone/NOP | 2687-94-7 |
In short, the PVP series of products have excellent performance and are widely used as polymer additives in medicine, coatings, pigments, resins, fiber inks, adhesives, detergents, textile printing and dyeing. PVP, as a polymer surfactant, can be used as a dispersant, emulsifier, thickener, leveling agent, viscosity regulator, anti reproduction liquid agent, coagulant, cosolvent, and detergent in different dispersion systems.
Do You Know About Biodegradable Materials PLA
“Low carbon living” has become a mainstream topic in the new era. In recent years, green environmental protection, energy conservation, and emission reduction have gradually entered the public’s vision, and have also become a new trend advocated and increasingly popular in society. In the green and low-carbon era, the use of biodegradable products is considered an important symbol of low-carbon life, and is widely respected and disseminated.
With the acceleration of the pace of life, disposable foam plastic lunch boxes, plastic bags, chopsticks, water cups and other items have become ubiquitous in life. Different from paper, cloth and other materials, plastic products are discarded in nature and difficult to be degraded. While bringing convenience to people’s lives, excessive use can also cause “white pollution”. In this context, biodegradable biomaterials have emerged. Biodegradable materials are an emerging material that has significant advantages in terms of environmental performance compared to traditional disposable plastic products. Products manufactured using biodegradable biomaterials as raw materials have a huge market space and become an important carrier of the fashionable low-carbon lifestyle concept.
There are many types of biodegradable materials, including PCL, PBS, PBAT, PBSA, PHA, PLGA, PLA, etc. Today we will focus on the emerging biodegradable material PLA.
PLA, also known as polylactic acid, is a starch raw material that is fermented to produce lactic acid, which is then converted into polylactic acid through chemical synthesis and has good biodegradability. After use, it can be completely degraded by microorganisms in nature, ultimately producing carbon dioxide and water without polluting the environment. The environment is very favorable, and PLA is recognized as an environmentally friendly material with excellent biological properties.
The main raw materials of PLA are renewable plant fibers, corn and other agricultural and sideline products, and PLA is an important branch of biodegradable emerging materials. PLA has unique properties in terms of hardness and transparency. It has strong biocompatibility, wide application range, strong physical and mechanical properties, and meets various usage requirements. It can be used in various methods for large-scale production, with an antibacterial rate of 99.9%, making it the most promising degradable material.
Polylactic acid (PLA) is a new environmentally friendly and green biodegradable material produced from lactic acid as raw material; In recent years, PLA has been applied to products and fields such as straws, tableware, film packaging materials, fibers, fabrics, 3D printing materials, etc. It also has great development potential in fields such as medical auxiliary equipment, automotive parts, agriculture, forestry, and environmental protection.
The PLA produced by Unilong Industry is the ultimate in every polylactic acid “particle”. Through rigorous selection of high-quality polylactic acid raw materials, PLA polylactic acid plastic and PLA polylactic acid fiber are used to produce healthy, skin friendly, high-quality, and strong antibacterial petroleum based plastic substitutes. Its main products include trendy clothing, shoes and hats, tableware, cups and kettles, stationery, toys, home textiles, close fitting clothes and pants, household goods, dry and wet wipes, and other fields closely related to our daily lives.
The emergence of PLA can help people stay away from white pollution, reduce plastic damage, and promote the perfect realization of carbon peak and carbon neutrality. The purpose of Unilong Industry is to “keep up with the pace of the times, lead an environmentally friendly lifestyle”, vigorously promote biodegradable products, make people eat healthier and live healthier lives, let biodegradation enter thousands of households, lead a new trend of green and low-carbon life, and comprehensively enter a low-carbon life.
Do you know that 1-Methylcyclopene can keep fresh
July is the peak of summer, and during hot and humid summers, food can become a fertile medium for bacteria at any time. Especially fruits and vegetables, if newly purchased fruits and vegetables are not stored in the refrigerator, they can only be stored for one day. And every summer, there are many cases of diarrhea caused by “eating poorly”, both adults and children, often mistaken for eating too “cold”. In fact, low-temperature food or beverages do indeed cause some friends to have faster intestinal peristalsis, but generally do not cause people to run to the restroom several times a day. So at this point, the first thing to consider is the intestinal infection caused by food hygiene. Is the food that is consumed rotting and spoiling? So how can we eat fresh fruits and vegetables in the hot summer?
At this point, the first thing we think of is refrigerator storage. However, there are many kinds of food and drinks stored in refrigerators, among which there are many foods that “inject bacteria” into refrigerators, such as eggs that may carry salmonella, and raw meat, fruits and vegetables that may carry pathogenic Escherichia coli, pathogenic Staphylococcus aureus and parasites. And the refrigerator also has a shelf life for preservation. Generally, food that takes 2-3 days must be eaten, otherwise it will rot in the refrigerator over time. At the same time, the refrigerator also has a certain amount of storage space, which is only used for household use. If it is a large supermarket, how do we keep the food fresh from the source merchants we purchase?
With the development of economic globalization, the import and export of fruits and vegetables has become the norm. In the face of this situation, we have to study a new type of preservative- -1-MCP fruit and vegetable preservative. Once the product was developed, it received a high response. Because this is a non-toxic, highly safe, and significantly effective preservative. Next, let’s talk about the ingredients of 1-MCP fruit and vegetable preservative.
1-Methylcyclopropene, abbreviated as 1-MCP in English, CAS 3100-04-7 chemical formula is C4H6. Under normal temperature and pressure, the appearance is colorless gas, non-toxic and tasteless, with a density of 0.838g/cm3. It is a very active Cyclopropene compound. 1-Methyl Cyclopropene is mainly used as a plant growth regulator and is widely used in the field of plant preservation. It has the advantages of low consumption, good preservation effect and high safety.
1-MCP can inhibit the release of ethylene by plants themselves, and also block the binding of ethylene to related receptors in plant cells, thereby inhibiting the ripening effect of ethylene. Therefore, the application of 1-Methylcyclopene can effectively prolong the maturation and aging process of plants, thereby prolonging their shelf life, reducing corruption and waste during transportation and storage, and extending the shelf life of goods.
1-MCP can be applied to the preservation of fruits, vegetables, and flowers to prevent plant wilting. For example, when applied to fruits and vegetables such as apples, pears, plums, kiwifruit, and tomatoes, it can delay their ripening, reduce water evaporation, and maintain their hardness, taste, and nutritional composition; In terms of flower preservation, it can maintain the color and fragrance of the flowers. In addition, 1-Methylcyclopene can also improve plant disease resistance. 1-Methylcyclopene is a new milestone in fruit and vegetable preservation after modified atmosphere preservation.
After the epidemic, the economy recovered, and the development of global trade was gradually expanding. Every year, each country would produce a large number of local fresh fruits and vegetables. Due to the imperfect development of agricultural cold chain logistics, about 85% of fruits and vegetables used ordinary logistics, resulting in a large number of decay losses, which also provided a broad market space for the promotion and application of 1-methyl Cyclopropene. Therefore, it can be seen that 1-MCP has broad development prospects, not only for various respiratory climacteric fruits and vegetables, but also can effectively extend post harvest storage and shelf life, especially for ethylene sensitive fruits and vegetables, and can maintain the original quality of fruits and vegetables for a long time.
Many beauty enthusiasts spend a lot of time and energy on skin management, but the effect is minimal, and there are still various skin problems, deeply troubled by problematic muscles. Especially for girls, regardless of age, it is human nature to love beauty. Why do you do enough hydration work for your skin every day, or do you get dry and shaky? Why is the skin constantly prone to acne, which persists for a long time? Why do oil and long spots often accompany skin travel? Next, I would like to share —Squalane, a common ingredient in skin care products, and I hope it will be helpful to you.
What is Squalane?
Squalane CAS 111-01-3 is a colorless liquid. Most of them are found in shark Cod liver oil, which is made from squalene through hydrogenation, and a few of them are from olive oil and human fat. The predecessor of Squalane is squalene, but it does not have the antioxidant capacity of squalene, nor can it be converted into squalene on the skin, which does not stimulate and sensitize the skin. Squalane is a stable, well absorbed oil that can moisturize the skin and has good affinity for the skin. It is a very safe cosmetic raw material.
Squalane is a component in many skin care products, which has the function of beauty and skin care, such as relieving dry skin, softening skin, protecting skin, delaying skin aging, and improving Melasma.
Squalane is an inherent ingredient in the skin, which can alleviate dry skin, nourish skin, and have a good moisturizing effect.
Squalane has good permeability and can enter into the skin, becoming softer, more tender and younger.
Squalane will form a protective film on the skin surface, which has the effect of water locking. Especially suitable in dry and windy seasons to avoid skin damage from the external environment.
Squalane can inhibit skin Lipid peroxidation, promote the proliferation of skin basal cells, and alleviate skin aging.
With the growth of age, many women have Melasma on their faces. Skin care products containing Squalane can be used, because the shark pattern has the effect of reducing melasma.
What are the characteristics of Squalane?
Squalane is a kind of stable, skin friendly, soft, mild and active high-end natural oil. Its appearance is colorless transparent liquid with high chemical stability. Squalane is rich in texture and non greasy after dispersed application. Squalane is a kind of oil with excellent sense of use. Due to its good permeability and cleansing effect on the skin, it is widely used in the cosmetics industry.
Squalane is a natural component of sebum, which can be considered as bionic sebum and can help other active ingredients penetrate; Squalane plays a crucial role in skin barrier repair.
Squalane is extremely mild because of its stability and high purity, less impurities in the product, and it is a part of the skin. It can be applied to sensitive skin and baby skin without causing acne. It has no sticky feeling during and after application, and has a soft cushion after absorption, improving the softness and moisturizing feeling of the skin.
Squalane is a saturated alkane. Under high temperature and ultraviolet radiation, it will not be rancid like vegetable oil. It is stable at -30 ℃ -200 ℃ and can be used in thermoplastic products such as lipstick. Squalane can be used in hair care products to increase brightness and alienation; Not irritating to the skin, not allergenic, very safe, especially suitable for baby care products.
Although there is only one word difference between Squalane and squalene, Squalane has more advantages, with good skin affinity, permeability and moisturizing effect. But don’t blindly deify the efficacy of Squalane. When buying skin care products containing Squalane, you should consider the cost performance ratio. Squalane is not recommended to buy products with inflated prices.
Ethylenediaminetetraacetic acid (EDTA) is an important complexing agent. It is a hexadentate ligand that can chelate various metal ions. Its four acid and two amine parts can be used as the teeth of ligand to form Chelation with manganese (II), copper (II), iron (III), cobalt (II) and other metal ions.
EDTA has extensive coordination properties and can form stable Chelation with almost all metal ions. EDTA is a large family that includes EDTA acid, Ca, Fe, Mg, Na, Zn, etc. It can be seen that the EDTA series has a wide range of uses, and EDTA can be applied to compounds widely used in personal care, skin care, processed foods, cosmetics, and cleaning products. EDTA also has a wide range of medical, engineering, agricultural, and industrial applications. Below, let me give you a specific explanation about the application of EDTA in various fields.
In cosmetics, personal care, and skin care products, EDTA is the main chelating agent (binding free metal ions), preservative, stabilizer, and purifying agent, which can maintain the formula free of metal ions and residues from tap water. It helps to reduce the hardness (mineral content) of tap water, so that other active ingredients in the formula, such as shampoo or shower gel, can function more effectively. EDTA also contributes to the local penetration of Active ingredient in skin care, thereby increasing the serum level of beneficial chemicals.
EDTA is commonly used as a preservative, stabilizer, and protection against discoloration and oxidation in food and beverages. Please note that the purity of food grade EDTA must be above 99%. It is a widely approved food additive (such as the FDA in the United States), an antioxidant and quality improver, and has functions such as preventing oil oxidation, food browning, and emulsified food.
EDTA is used to treat mercury and other heavy metal poisoning through chelation therapy. Similarly, it can remove excess iron and calcium from the body. In medical applications related to blood, EDTA optimizes repeated blood transfusion and is an effective Anticoagulant, which can prevent blood samples from clotting and cell samples from caking. This is particularly important in clinical blood testing and cell analysis. EDTA is also used as a preservative for eye drops, as a decalcifying agent and preparation agent in oral surgery and dentistry, and as an anti plaque agent in arteries.
EDTA is the main chelating agent for removing free metal ions. Almost all of its uses for human beings come from this single attribute. In the laundry industry, this means removing impurities from hard water. In the Textile manufacturing, EDTA can prevent free metal ions and impurities from fading dyed fabrics. In the paper industry, EDTA contributes to the effectiveness of pulp bleaching and purification processes. EDTA can also remove residual residue and scale on industrial equipment such as broilers that operate at high temperatures. In laundry products and cleaning agents, EDTA can soften hard water and improve the bleaching and cleaning performance of non chlorine cleaning agents.
As is well known, fertilizer is an indispensable nutrient in the cultivation of crops. And many fertilizers indicate that they are “chelating Hefei”. So what are the advantages of chelating Hefei? Chelated fertilizers have been proven through experiments to effectively enhance crops’ resistance to drought, high temperature, low temperature, and salt alkali, as well as their lodging resistance. At the same time, chelated trace element fertilizers are not easily fixed in soil, soluble in water, and do not dissociate, and can be well absorbed and utilized by plants. EDTA is a chelating agent. As a trace element nutrient, EDTA is used in agriculture, forestry, animal husbandry or other cash crop.
We are a company that integrates research, development, production, and sales. We produce a series of EDTA products, with the main products as follows:
Production Name | CAS No. |
EDTA ACID | 60-00-4 |
EDTA-2NA | 139-33-3 |
EDTA-2NA*2H2O | 6381-92-6 |
EDTA-4Na | 64-02-8 |
EDTA-4Na.2H2O | 10378-23-1 |
EDTA-4Na.4H2O | 13254-36-4 |
EDTA-FE | 15708-41-5 |
EDTA-ZN | 14025-21-9 |
EDTA-Mn | 15375-84-5 |
EDTA-Cu | 14025-15-1 |
EDTA-MG | 14402-88-1 |
EDTA-CA | 62-33-9 |
EDTA DIPOTASSIUM MAGNESIUM SALT, DIHYDRATE | 15708-48-2 |
EDTA Co | 14931-83-0 |
DTPA 5Na 40% and 50% solution | 140-01-2 |
EDTA -FeK | 54959-35-2 |
DTPA-Fe | 19529-38-5 |
HEDTA | 150-39-0 |
HEDTA-3NA | 139-89-9 |
HEDTA-3NA 39% solution | 139-89-9 |
HEDTA-Fe | 17084-02-5 |
EDDHA-FeNa | 16455-61-1 |
Overall, EDTA is widely used and plays a crucial role in the development of various fields. I believe that there will be better and more favorable chelating agents to replace EDTA in the future, but currently, EDTA is irreplaceable.
In recent years, with the increasing awareness of environmental protection, people’s pursuit of goals has also changed. Nowadays, most people prefer to use safe, green, and pollution-free renewable bio based materials to replace traditional petroleum based materials. Among them, polylactic acid is widely used, which is basically ubiquitous. In our daily lives, shopping bags, paper cups, lunch boxes, straws, and so on in supermarkets. Below, let’s talk about the knowledge of polylactic acid.
What is PLA?
PLA, also known as Polyactive Acid, is a polymer material synthesized from lactic acid produced by corn fermentation. It has excellent biodegradability and is suitable for products and fields such as straws, tableware, film packaging materials, fibers, fabrics, 3D printing materials, etc. It also has great development potential in fields such as medical auxiliary materials, automotive parts, agriculture, forestry, and environmental protection. Due to its biodegradability, it also has a profound impact on environmental protection.
The traditional methods of plastic disposal mainly include recycling, landfill, and incineration. Among them, repeated recycling leads to a decrease in the performance of plastics, while landfill and incineration inevitably lead to various long-term and deep-seated environmental problems. After being discarded, polylactic acid products can not only undergo composting and degradation treatment, but also be suitable for other traditional solid waste treatment methods. Composting refers to the process of organic decomposition of garbage under artificially controlled conditions through the biochemical action of microorganisms. Compared to other methods of garbage treatment, composting has the advantages of green and environmental protection. After the disposal of our sound field’s polylactic acid products, they can be 100% degraded by microorganisms, generating carbon dioxide and water to return to nature.
However, the biodegradability of PLA is not unconditional. The biodegradation of PLA requires two basic conditions: a humidity of 50% -60% and a temperature of 50-70 degrees Celsius. Under these conditions, microorganisms are likely to undergo months or even longer to gradually decompose PLA.
In addition to PLA, we can also provide biodegradable PBAT PBS PBSA PBST
Polylactic acid originates from the natural and fully soluble properties, driving the formation of a regeneration cycle system for biomass resources; From the perspective of raw materials, PLA’s raw materials are lactic acid fermented from sugar extracted from crops such as corn, sugarcane, and sugar beets through deep processing; From the perspective of product disposal. PLA products can be degraded into carbon dioxide and water, and participate in biological regeneration and cycling processes again through crop photosynthesis. The entire process from production to degradation of PLA fully demonstrates that PLA originates from nature and belongs to nature.
At the same time, polylactic acid has good biocompatibility and degradability, making it a crystalline thermoplastic material with relatively high thermal stability. Suitable for injection molding, extrusion, spinning and other processing processes, the processed products can be widely used in various fields such as home furnishings, tableware, packaging, clothing, agriculture, electronic products, etc. It can be seen that PLA degradable plastics will be a development trend in the future. If you would like to learn more information, please contact us.
What is a biodegradable material
In daily life, plastic products are almost everywhere, including shopping bags in supermarkets, disposable tableware, straws, and disposable ordinary plastic cups, all of which are closely related to us. With the increasing awareness of environmental protection among people, plastic products made from materials such as polyethylene or polypropylene are not easily decomposed and have a significant impact on the environment. Therefore, a biodegradable material product has been studied to replace them. So, what is biodegradable material? Which products are biodegradable materials? Let’s talk about specific issues related to biodegradable materials.
What is a biodegradable material?
Biodegradable materials are actually easy to understand. Biodegradable materials belong to polymer materials, which generally refer to a type of material that can degrade itself in a short period of time under natural conditions, which is commonly referred to as biodegradable materials. The key point to note is that the production materials of biodegradable materials come from natural plants, do not contain chemical components, and are harmless to the human body and environment.
Which products are biodegradable materials?
Biodegradable material | CAS | Application |
PLA | 26100-51-6; 26023-30-3 | Hard packaging, disposable tableware, film bags, fiber fabrics, 3D printing |
PBS | 25777-14-4 | Packaging films, lunch boxes, cosmetic and pharmaceutical bottles, electronic device packaging, etc; It can also be used for disposable appliances, such as disposable dining utensils, disposable medical supplies, etc; In addition, it can also be used in agricultural fields, such as agricultural films, pesticides, and fertilizer slow-release materials; It can also be used in medical fields, such as biomedical polymer materials |
PBAT | 55231-08-8 | The plastic packaging industry, such as shopping bags and garbage bags, is also useful in fields such as tableware and plastic film |
PLGA | 26780-50-7 | Unshaped polymer for surgical sutures, anti adhesion membranes, and tissue engineering scaffolds |
PCL | 24980-41-4 | Polycaprolactone used surgical sutures, orthopedic splints, radiotherapy plates, resin bandages, dental impressions, etc; Coatings, inks, hot melt adhesives, non-woven fabric adhesives, shoe materials, structural adhesives, etc; Blow molded films, laminated materials, etc; Handmade models, organic colorants, powder coatings, etc; 3D printing materials, etc |
Caprolactone | 502-44-3 | Used for preparing polycaprolactone ε- Caprolactam, adhesive, elastomer, etc; It can also be mixed with various resins to improve its luster, transparency, and anti adhesion. |
PGA | 26009-03-0 | The main applications are surgical suture, drug controlled release carrier, fracture fixation materials, tissue engineering scaffold, suture reinforcement materials; It has good application prospects in the fields of agricultural film, fresh packaging, and bottle materials. |
What are the development prospects of biodegradable materials?
Against the backdrop of increasingly serious environmental issues, environmental protection has become a global focus of attention. Many countries and enterprises have taken measures to reduce environmental pollution. Faced with the advancement of the environment, biodegradable materials have become the mainstream product of the times. In summary, biodegradable materials are a material of significant environmental significance, and their manufacturing and use can play an important role in protecting the environment and supporting sustainable development.
Carbomer, also known as polycarboxylate, is a polymer formed by chemical crosslinking of acrylic acid or acrylate with allyl group ether. It can be used as thickener, dispersant, flocculant, adhesive, film forming agent, etc., and is widely used in coating, plastic, paper making, textile, rubber, food, medicine, cosmetics, water treatment and other industries. In addition, for cosmetics manufacturers, its process is simple and stable, so it is also favored by cosmetics manufacturers, and is widely used in lotion, creams, and gel.
Basic information of Carbomer:
Cas:9007-20-9
Synonym: Carbomer; Carbopol; Carbomer 940
Molecular formula: C15H17ClO3
Similar model: Carbomer 940; Carbomer 960; Carbomer 980; Carbomer 941; Carbomer 934 etc.
Molecular weight :280.74668
EINECS number: 618-435-5
Specification parameters:
Product Name: | Carbomer 934p | |
CAS | 9003-01-4 | |
Item | Standard
|
Result |
Appearance | White powder | White powder |
0.5% aqueous solution viscosity | 25,000-45,000mpa.s | 65.2% |
-COOH% | 56.0%-68.0% | 20100mpa.s |
Ignition Residue | ≤2.0% | 1.3% |
Residual ethyl acetate | ≤0.5% | 0.33% |
Residual Cyclohexane | ≤0.3% | 0.21% |
Acrylic acid | ≤0.25% | 0.12% |
Loss on drying | ≤2.0% | 1.1% |
Conclusion | Qualified |
Product Name: | Carbomer 680 | |
CAS | 9007-20-9 | |
Item | Standard
|
Result |
Appearance | White powder | White powder |
0.5% aqueous solution viscosity | ≥45000mpa.s | 58000mpa.s |
0.5% aqueous solution transmittance(420mm) | ≥85% | 85.0% |
Residual ethyl acetate | ≤0.5% | 0.33% |
Residual cyclohexane | ≤0.3% | 0.12% |
Acrylic acid | ≤0.25% | 0.10% |
Loss on drying | ≤2.0% | 0.83% |
Conclusion | Qualified |
Product Name: | Carbomer 980 | |
CAS | 9007-20-9 | |
Item | Standard
|
Result |
Appearance | White powder | White powder |
0.5% aqueous solution viscosity | 40000-60000mpa.s | 52100mpa.s |
0.2%aqueous solution viscosity | 13000-30000mpa.s | 20100mpa.s |
0.5% aqueous solution transmittance(420mm) | ≥92% | 92.6% |
Residual ethyl acetate | ≤0.5% | 0.35% |
Residual cyclohexane | ≤0.3% | 0.19% |
Acrylic acid | ≤0.25% | 0.13% |
Loss on drying | ≤2.0% | 0.72% |
How much do you know about Carbomer?
Through the above description, we understand that carbomer has a wide range of uses, not only in the field of cosmetics, but also plays an important role in the field of medicine and epidemic prevention
As is well known, since 2020, antivirus and bactericidal products have been widely used, especially for hand cleaning, which has led to a significant increase in the demand for hand sanitizers. As one of the main components of free hand sanitizers, carbomer also caused a stir at that time, and even ran out of stock.
How much do you know about the different types and applications of Carbomer?
In addition to being able to apply to hand sanitizers for sterilization and disinfection, what other fields can Carbomer be applied to?
1.Thickening. It can generate a wide range of viscosity and fluidity.
2.Suspension. Capable of permanently suspending insoluble components in the system;
3.Emulsification. It can play an emulsifying and stabilizing role in the oil or water phase.
According to the different functions of carbomer, carbomer is divided into several main models. For example, the carbomer 940 model is characterized by its ability to produce high viscosity permanent emulsions and colloids produced by suspensions, good transparency, and short flowability; The characteristics of the carbomer 934 type are good thickening effect, strong shear resistance, permanent stability at high viscosity, and long-term fluidity in aqueous solution, making it very suitable for use in cream cosmetics; carbomer 941 has an efficient thickening effect and can be used to try clear and transparent water or alcohol. There are various types of Carbomer models, and we won’t list them here.
At present, our factory has upgraded carbomer 940 to carbomer 980.
In order to be safer, we use cyclohexane to make Carbomer 980, so that our product ingredients will be safer and the effect will be better.
Of course, Carbomer 980 is the same as Carbomer 940 in terms of viscosity and light transmittance.
If you have no special requirements on light transmittance and viscosity, we also recommend Carbomer 680, the price will be cheaper.
Next, we will understand the medicinal uses of carbomer: firstly, it is used as a controlled release drug made of sustained-release materials for application; Second, it can be used as a topical drug formula and carrier matrix to make ointment, suppository, cream, gel, lotion, etc; Third, the bioadhesive patch made of its gel, adhesiveness and film-forming properties is used as the carrier matrix and drug in the bioadhesive, which improves the bioavailability of the drug due to its long retention time in the tissue mucosa; Fourthly, by utilizing its suspension ability, it can effectively suspend insoluble components to form a uniformly dispersed system. When applied to oral suspensions, it is safe and effective, odorless, stable, and improves bioavailability.
With the arrival of summer, more and more people are paying attention to their skin, especially female friends. Due to excessive sweating and strong oil secretion in summer, combined with strong ultraviolet rays from the sun, it is easy for the skin to sunburn, accelerate skin aging and pigment deposition, and in severe cases, even develop spots. Therefore, summer skincare is particularly important. This article starts from three aspects: sun protection, cleaning, and moisturizing, and introduces how we should take care of our skin in summer?
Sunscreen is one of the essential steps in summer. Generally speaking, it is widely believed that sunscreen is to prevent sunburn. In fact, preventing sunburn is only a superficial phenomenon, and it is to help us prevent skin aging, pigmentation, skin diseases, etc. Therefore, using sunscreen skincare products in summer is essential. When choosing sunscreen products, it is best to choose sunscreen with an SPF value greater than 30. During use, attention should be paid to the completeness and uniformity of the application to achieve better results.
In summer, everyone knows that sweat and oil are secreted vigorously, and the body is prone to sweating and acne. Therefore, the cleaning steps in summer are also crucial, especially after applying sunscreen products, it is important to clean and repair before going to bed.
The correct method is: 1. Before cleaning the face, you need to wash your hands to remove bacteria. 2. When cleaning, you need to wash your face with warm water, as the temperature of the water can affect the skin’s water and oil balance. 3. If you are applying makeup. Make up removal must not be omitted, and after cleaning, use toner facial mask to repair. 4. According to different skin types, choose your own cleaning products. Mild facial cleanser is more suitable for summer.
The high temperature in summer will lead to water evaporation, and the skin is more prone to water shortage. Proper hydration can help the skin maintain water oil balance. It is recommended to use spray moisturizing or moisturizing facial mask. To choose a moisturizer that is suitable for oneself, it is necessary to identify the skin type and issues, as well as the skin needs after cleansing, in order to be more effective in moisturizing.
However, how to choose cosmetics that are suitable for oneself has become a challenge for most girls. In stores, we often see many girls feeling distressed, and there are also many sales guides promoting their products. What ingredients of cosmetics do we choose that are beneficial for our skin? We all know that herbaceous plants are pure natural and non irritating Faced with increasingly healthy lifestyle habits, experts have developed the application of corresponding ingredients extracted from herbaceous plants in whitening and anti-aging cosmetics. The ingredients of plant extracts are more gentle and efficient than those synthesized by chemical synthesis. Below, we will introduce what plant extracts are.
Plant extracts refer to substances extracted or processed from plants (all or a part of them) using appropriate solvents or methods, and can be used in the pharmaceutical, food, daily chemical, and other industries.
With the improvement of living standards, people are increasingly resistant to chemically synthesized products, and more people are pursuing more gentle and efficient skincare. Therefore, plant active substances have become increasingly important. Experts have conducted experiments on some plant extracts. They are not only powerful in basic functions (whitening, anti-aging, anti-oxidation), but also may have additional functions such as soothing and repairing. As long as they are well purified, formula stability and other processes, they are really no inferior to chemical components! One of the most typical examples is the glabridin from liquorice.
In recent years, with the increasing attention paid to natural plant extraction, the market demand for plant extracts may experience significant growth. In response to this phenomenon, our company’s R&D department has developed a series of functional plant extract products:
English Name | CAS | Source | Specification | Biological activity |
Ingenol | 30220-46-3 | Euphorbia lathyris-Seed | HPLC≥99% | Pharmaceutical intermediates |
Xanthohumol | 6754-58-1 | Humulus lupulus-Flower | HPLC:1-98% | Anti inflammation and whitening |
Cycloastragenol | 78574-94-4 | Astragalus membranaceus | HPLC≥98% | Anti-aging |
Astragaloside IV | 84687-43-4 | Astragalus membranaceus | HPLC≥98% | Anti-aging |
Parthenolide | 20554-84-1 | Magnolia grandiflora-Leaf | HPLC≥99% | Anti inflammation |
Ectoin | 96702-03-3 | Fermentation | HPLC≥99% | Overall skin cell protection |
Pachymic acid | 29070-92-6 | Poria cocos-Sclerotium | HPLC≥5% | Anticancer, anti-inflammatory, whitening, and immunomodulatory effects |
Betulinic Acid | 472-15-1 | Betula platyphylla-Bark | HPLC≥98% | Whitening |
Betulonic acid | 4481-62-3 | Liquidambar formosana -Fruit | HPLC≥98% | Anti-inflammatory and analgesic effects |
Lupeol | 545-47-1 | Lupinus micranthu-Seed | HPLC:8-98% | Repair, hydrate, and promote skin cell growth |
Hederagenin | 465-99-6 | Hedera nepalensis-Leaf | HPLC≥98% | Anti-inflammatory |
α-Hederin | 17673-25-5 | Lonicera macranthoides-Flower | HPLC≥98% | Anti-inflammatory |
Dioscin | 19057-60-4 | Discorea nipponica -Root | HPLC≥98% | Improving Coronary Artery Insufficiency |
Glabridin | 59870-68-7 | Glycyrrhiza glabra | HPLC≥98% | Whitening |
Liquiritigenin | 578-86-9 | Glycyrrhiza uralensis-Root | HPLC≥98% | Anti ulcer, anti-inflammatory, liver protection |
Isoliquiritigenin | 961-29-5 | Glycyrrhiza uralensis-Root | HPLC≥98% | Antitumor, activator |
(-)-Arctigenin | 7770-78-7 | Arctium lappa-Seed | HPLC≥98% | Anti-inflammatory |
Sarsasapogenin | 126-19-2 | Anemarrhena asphodeloides Bunge | HPLC≥98% | Antidepressant effect and anti cerebral ischemia |
Cordycepin | 73-03-0 | Cordyceps militaris | HPLC≥98% | Immune regulation, anti-tumor |
Eupatilin | 22368-21-4 | Artemisia argyi-Leaf | HPLC≥98% | Treating cardiovascular diseases |
Naringenin | 480-41-1 | Hydrolysis of Naringin | HPLC:90-98% | Antioxidant, wrinkle resistant, and whitening |
Luteolin | 491-70-3 | Peanut shell | HPLC≥98% | Anti inflammation, anti allergy, anti-tumor, antibacterial, antiviral |
Asiaticoside | 16830-15-2 | Centella asiatica-Stem and Leaf | HPLC:90-98% | Whitening |
Triptolide | 38748-32-2 | Tripterygium wilfordii Hook.f. | HPLC≥98% | Tumor |
Celastrol | 34157-83-0 | Tripterygium wilfordii Hook.f. | HPLC≥98% | Antioxidant, with anticancer properties |
Icaritin | 118525-40-9 | Hydrolysis of Icariin | HPLC≥98% | Anti tumor and aphrodisiac |
Rosmarinic acid | 20283-92-5 | Rosmarinus officinalis | HPLC>98% | Anti inflammatory and antibacterial. Anti viral, anti-tumor |
Phloretin | 60-82-2 | Malus domestica | HPLC≥98% | Strong oxidation resistance and Photoprotection |
20(S)-Protopanaxadiol | 30636-90-9 | Panax notoginseng | HPLC:50-98% | Antiviral |
20(S)-Protopanaxatriol | 34080-08-5 | Panax notoginseng | HPLC:50-98% | Antiviral |
Ginsenoside Rb1 | 41753-43-9 | Panax notoginseng | HPLC:50-98% | Tranquillizing effect |
Ginsenoside Rg1 | 41753-43-9 | Panax notoginseng | HPLC:50-98% | Anti-inflammatory and analgesic effects |
Genistein | 446-72-0 | Sophora japonica L. | HPLC≥98% | Antibacterial and lipid-lowering effects |
Salidroside | 10338-51-9 | Rhodiola rosea L. | HPLC≥98% | Anti fatigue, anti aging, immune regulation |
Podophyilotoxin | 518-28-5 | Diphylleia sinensis H.L. | HPLC≥98% | Inhibition of herpes |
Taxifolin | 480-18-2 | Pseudotsuga menziesii | HPLC≥98% | Antioxidant |
Aloe-emodin | 481-72-1 | Aloe L. | HPLC≥98% | Antibacterial |
L-Epicatechin | 490-46-0 | Camellia sinensis(L.) | HPLC≥98% | Antioxidant |
(-)-Epigallo-catechin gallate | 989-51-5 | Camellia sinensis(L.) | HPLC≥98% | Antibacterial, antiviral, antioxidant |
2,3,5.4-tetrahy droxyl diphenylethy lene-2-0-glucoside |
82373-94-2 | Fallopia multiflora(Thunb.) Harald. | HPLC:90-98% | Lipid regulation, antioxidant, anti moxibustion, vasodilation |
Phorbol | 17673-25-5 | Croton tiglium-Seed | HPLC≥98% | Pharmaceutical intermediates |
Jervine | 469-59-0 | Veratrum nigrum-Root | HPLC≥98% | Pharmaceutical intermediates |
Ergosterol | 57-87-4 | Fermentation | HPLC≥98% | Suppressive effect |
Acacetin | 480-44-4 | Robinia pseudoacacia L. | HPLC≥98% | Antibacterial, anti-inflammatory, antiviral |
Bakuchiol | 10309-37-2 | Psoralea corylifolia | HPLC≥98% | Anti-aging |
Spermidine | 124-20-9 | Wheat germ extract | HPLC≥0.2%-98% | Regulating cell proliferation, cell aging, organ development, and immunity |
Geniposide | 24512-63-8 | Dried ripe fruit of gardenia | HPLC≥98% | Antipyretic, analgesic, sedative, and antihypertensive |
GENIPIN | 6902-77-8 | Gardenia | HPLC≥98% | Liver protection |
In short, sometimes we may overlook it due to its name (such as various plant extracts), but the true whitening function, safety and reliability, and so on, still rely on various data to prove. Summer skincare is a task based on the premise of hot weather and unstable temperature. As long as mild and non irritating herbal skincare products are used regularly, and attention is paid to daily care and diet, the optimal skin condition can be guaranteed.
The environment provides necessary resources and conditions for our livelihood and development. With the development of society and the improvement of people’s awareness, protecting the environment has become a common goal for everyone.
In recent years, issues such as “white pollution” and “microplastics” have received widespread attention from society, and the main reason for this problem is mainly due to the widespread use of plastic products. Most of the plastic products used in daily life are petroleum based plastics that are difficult to degrade. Due to their non degradable materials, they have brought a burden to our natural environment, and their pollution control is also a global problem!
However, plastic products are ubiquitous in our lives, and therefore, biodegradable plastics are gradually becoming a new trend. Scientists have proposed a new concept of ‘originating from nature and returning to nature’. Developed biodegradable polylactic acid (PLA) through the conversion of corn and other grains This plastic, which is converted from plant starch, has excellent biodegradability and is environmentally friendly due to its preparation process that eliminates environmentally friendly petrochemical raw materials.
What is polylactic acid?
Polylactic acid, abbreviated as PLA, also known as polylactide, CAS number (26023-30-3/26100-51-6), is mainly produced by plant fermentation. Its main components include renewable resources such as corn and wheat, so polylactic acid has good biocompatibility and biodegradability. Waste polylactic acid can be decomposed into CO2 and H20 under microbial action or composting conditions. There is no pollution to the air and soil, and it is also beneficial for promoting the light and function of plants. Polylactic acid (PLA), as a biodegradable material, is mainly used in food packaging and pharmaceuticals. The application of polylactic acid not only promotes the development of various fields, but also meets the requirements of building a green and environmentally friendly society.
Specifications of biodegradable materials:
Biodegradable plastics | Melting point ℃ | Tensile strength MPa | Elongation% | Degradation rate | Oxygen barrier | Water vapor barrier | Application direction |
PLA | 130-180 | 60 | 6 | Moderate | Ordinary | Ordinary | Hard packaging, disposable tableware, film bags, fiber fabrics, 3D printing |
PBS | 120 | 40 | 400 | Fast | Unknown | Unknown | Tableware, straw, modified by blending with PLA |
PBAT | 120 | 18 | 750 | Moderate | Poor | Poor | Soft packaging with film bags |
PPC | – | 13 | 650 | Moderate | Higher | Higher | Thin film class |
PCL | 60 | 20 | 300 | Slow | Ordinary | Ordinary | Surgery and medical field, film industry, other fields |
PHA | 145 | 30 | 10 | Fast | Higher | Higher | Thin film class |
PGA | 225 | 80 | 10 | Ultrafast | High | High | Medical field, rapid degradation products |
Application and Development of PLA
PLA is actually not unfamiliar, and you may encounter it in various aspects of your life.
From the perspective of food, with the rapid development of the delivery, express delivery, and catering industries in recent years, the commercialization of PLA products has made great strides forward. In addition to paper straws, PLA straws are also commonly used when drinking milk tea in our daily lives.
From a clothing perspective, PLA clothing made by blending PLA with antibacterial agents is favored by consumers.
From the perspective of daily use, PLA, which has been plasticized and toughened, can be applied to daily necessities and children’s toys to effectively prevent children from ingesting harmful plastic particles.
From a medical perspective, by improving the hydrophilicity and biocompatibility of PLA and strengthening the control of PLA degradation time, biomedical polymers such as PLA vascular stents, absorbable materials, and surgical sutures have gradually been put into use.
In addition, materials such as PLA plastic film and sand barrier have a broad market, which is of great significance for environmental governance and has a very large application market.
The popularization of PLA can effectively reduce the use of non degradable plastics, which is of great significance for the treatment of plastic pollution.
How to choose the right toothpaste?
Summer is coming, in the face of hot weather, ice cones, ice cream, ice cream, ice drinks will also be loved by everyone. However, let go of the consequences of eating, but also give caries a chance, many people after eating cold food, there may be a toothache problem.
Toothache is a very painful thing, so it is also very important to protect dental health and oral hygiene. For example: eat less sugary, sticky and acidic foods, rinse your mouth after meals and snacks, brush your teeth and floss properly every day, etc. However, a lot of people clearly attach great importance to the protection of teeth, can still appear caries, this is why?
The problem is likely to be toothpaste, with the wrong toothpaste! Is it a choice of fluoride toothpaste or non-fluoride toothpaste? From the point of view of preventing caries, fluoride toothpaste has been fully recognized by the dental community, using fluoride toothpaste to brush teeth is recognized as a safe and effective measure to prevent caries.
Among anti-caries toothpastes, sodium fluoride and sodium monofluorophosphate are representative ingredients. In comparison with the same fluoride content, the caries prevention effect of these two components is theoretically similar, so from the point of view of caries prevention, the two choices are the same. In terms of the whitening effect. Phosphate components can be combined with calcium ions in dental stones, can effectively reduce the formation of dental stones, so as to achieve the effect of teeth whitening. Sodium monofluorophosphate is a little stronger for tooth whitening.
How to choose the right toothpaste?
Adults can choose fluoride toothpaste; People with sensitive teeth can choose anti-acid toothpaste; Children are advised to use special children’s toothpaste; Pregnant women can choose salt toothpaste; Love inverted teeth can be desensitized toothpaste; Patients with periodontal disease may consider herbal toothpaste.
Fluoride content
2 to 5 years old can use 0.05% fluoride toothpaste, 6 to 11 years old can use 0.1% fluoride toothpaste, over 12 years old can use 0.15% fluoride toothpaste.
The effect of different kinds of fluoride toothpastes on preventing caries was the same whether they contained mono – or difluoride. So we must do a good job of teeth cleaning, oral care, brushing teeth, as far as possible to avoid bacteria breeding in the mouth.
It’s time for the spring and summer seasons to change again. What’s the most painful thing about each season change? “I think most people take their clothes out of the wardrobe, and there is a damp and moldy smell on them, even if they are seriously affected by moisture, there are mold spots.”. Especially when faced with clothes that you particularly like, you can’t even wash them off, and a good piece of clothing is just wasted.
Especially in areas with continuous rain, a layer of water vapor can be scraped off the walls in some places. We also have no way to deal with this natural weather. Therefore, in order to prevent clothing from becoming damp and moldy, many families use camphor pills. But when you think of camphor balls, you will remember their pungent smell, and clothes contaminated with camphor balls will also emit a strong camphor smell. If you buy some inferior products, the ingredients contained in them can also cause great harm to the human body. In order to solve such problems, I would like to share with you about the use of O-Cymen-5-OL.
O-cymen-5-ol also known as 4-isopropyl-3-methylphenol, or IPMP for short, is an acicular crystalline solid with a CAS number of 3228-02-2. O-cymen-5-ol has antifungal, antibacterial, and bactericidal effects, and is mainly used in cosmetics, facial cleansers, toothpaste, mouthwashes, and acne drugs.
Properties of O-Cymen-5-OL:
CAS | 3228-02-2 |
Molecular formula | C10H14O |
Molecular weight | 150.22 |
Melting point | 111-114 °C (lit.) |
Vapor pressure | 1.81Paat25 ℃ |
Storage conditions | Sealeddry, RoomTemperature |
Acidity coefficient (pKa) | 10.36±0.18(Predicted) |
Synonyms | 4-isopropyl-3-methyl phenol; IPMP, Biosol, 1-hydroxy-3-methyl-4-isopropyl benzene; Biosol, 4-Isopropyl-m-cresol, 3-Methyl-4-isopropylphenol, / 4-isopropyl-3-methyl phenol /IPMP; イソプロピルメチルフェノール; o-傘花烴-5-醇; 3-methyl-4-(1-methylethyl)-phenol; O-Cymen-5-ol; IsopropylMethylphenol(IPMP); 3228 02 2; 4-isopropyl-3-methylphenol suppliers; china 4-isopropyl-3-methylphenol factory; Biosol; IPMP; IsopropylMethylphenol(IPMP); 3-Methyl-4-isopropylphenol |
Why is O-cymen-5-ol mentioned at this time? Because O-cymen-5-ol has an antifungal effect, and fungi are the main cause of clothing odor, control the emergence of fungi from the source. O-cymen-5-ol This product has a high safety factor, is odorless and non irritating, and is widely used as an antiseptic and bactericide. At the same time, IPMP has strong stability in air, temperature, and humidity, making it very suitable for long-term storage. No longer need to worry about damp and moldy wardrobes. I hope this article can be helpful to you.
What is polyvinylpyrrolidone used for?
Polyvinylpyrrolidone is abbreviated as PVP, with the molecular formula of C10H15NO and the CAS number of 9003-39-8. It is also known as Poly-1-vinyl-2-pyrrolidon, polyvinyl pyrrolidone. PVP is a non ionic polymer compound that can be divided into two forms, commonly known as powder and aqueous solution.General PVP products can be divided into three grades: industrial grade, pharmaceutical grade, cosmetic grade, and food grade. Therefore, PVP is widely used in many fields such as medicine, textiles, chemicals, beverages, and daily chemicals. So how much do you know about PVP? Let’s take you through the degradation process briefly.
Generally, we often see pvp K 15/K 30/K 60, etc. What does the K value determine? Let’s explain in detail what the K value is. The K value is an important factor determining the performance of PVP. “K value” refers to the value calculated from the viscosity measurement value of a dilute polymer solution, which is related to the degree of polymerization or molecular size. In general, the higher the K value, the greater the molecular weight, the greater the viscosity, and the stronger the adhesion. According to the specification and molecular weight of the product, it can be divided into viscosity levels of K15, K30, K60, and K90.
To facilitate your understanding, let me share with you the molecular weight corresponding to the K value of the PVP product:
PVP K value and molecular weight | ||
Model | K-value | Molecular weight |
PVP K12 | 10.2-13.8 | 3000-7000 |
PVP K15 | 12.75-17.25 | 8000-12000 |
PVP K17 | 15.3-18.36 | 10000-16000 |
PVP K25 | 22.5-27.0 | 30000-40000 |
PVP K30 | 27.0-32.4 | 45000-58000 |
PVP K60 | 54.0-64.8 | 270000-400000 |
PVP K90 | 81.0-97.2 | 1000000-1500000 |
Therefore, when purchasing products, everyone can choose the K value of PVP based on their actual needs, because different K values may have different uses for the product, and of course, the price is also different.
Pharmaceutical field
Pvp can be used as a pharmaceutical excipient in medicine to play the role of tablet adhesive, solubilization, coating tablets, co precipitation and grinding, slow release agent, disintegrating agent, and so on.
Daily chemical field
Pvp has a good affinity and has a good protective effect on skin and hair. It can be used as styling gel, hair conditioner, and hair dye on hair. It can also be used in face cream and sunscreen. At the same time, it can also be used as a surfactant in daily chemicals.
Food field
It is mainly used as a stabilizer and clarifier for beer, wine, and fruit juices, with a relatively large market space for alcohol and beverages.
Industrial field
It is used as a processing aid for various coatings and water treatment film materials. The application of PVP in water-based coatings, conductive coatings, anti leakage coatings, automotive coatings, anti UV coatings, and other aspects will have outstanding performance in the future. Therefore, it can also be used as a dispersant and conductive material processing aid for lithium battery electrodes.
PVP has excellent solubility, chemical stability, low toxicity, film formation, and other advantages, and is widely used in many fields. Therefore, the market prospect of PVP is very broad. If you have any other questions about the product, welcome to consult and look forward to communicating with you.
What does azelaic acid do for your skin?
Everyone has a love of beauty. Everyone has the right to pursue beauty, but everyone’s skin characteristics are not the same. Some people’s skin is easy to blow and break, while some people have oily skin, which is prone to acne, wrinkles, yellow spots, etc. Therefore, in order to solve skin problems, the cosmetics industry has a continuous upward trend in many industries.
In recent years, studies have shown that among many skin problems, acne skin has become the main skin problem, so consumers’ attention to acne products has been increasing. According to big data, men’s preference for acne removal is far higher than that of women. Generally, men use acne removal, oil control and facial cleaning most; In terms of age, 21-year-old teenagers have more obvious preference for acne removal. At the same time, people with oily skin have stronger preference for acne removal in terms of skin quality.
At present, more than 80% of consumers hope that acne products can achieve the effect of eliminating acne without recurrence, and 70% of consumers hope that acne products can achieve the effect of reducing acne marks. As for product prices, only 32.8% of consumers will pay more attention, and this proportion has shown a downward trend in recent years. According to the analysis of comments based on the top three categories of sales, consumers are most concerned about the functional effects of acne products, followed by the use experience and cost performance ratio.
Products with anti-acne function are basically salicylic acid, nicotinamide, arbutin, astaxanthin, lactic acid and azelaic acid. For many years, azelaic acid has been playing an important role in the field of skin care — it is most often used as a chemical exfoliator to help remove rough, dark and dead skin, without manual sanding and abrasion. If you keep an eye on the trend of skin care — you may have heard a lot about a-hydroxy acids (such as glycolic acid) and β- Information about hydroxy acids (such as salicylic acid). However, in recent years, azelaic acid is not the above two kinds of acid, but the acid that has shown great splendor.
Azelaic acid is a kind of skin disease prevention and treatment drug, mainly used to treat acne, chloasma and skin melanin deposition. The molecular formula of azelaic acid is C9H16O4, which is a natural dicarboxylic acid produced by Malassezia furfur. It exists in cereal, rye, barley and other products, and can also be formed by chemical synthesis, cracking and fermentation.
Properties of azelaic acid
CAS
|
123-99-9 |
MF | C9H16O4
|
EINECS | 204-669-1
|
Appearance | White Prowder |
Assay | 99% |
MOQ | 1kg |
Synonym | azelaicacid,technicalgrade; Azelainic acid; Emerox 1110; Emerox 1144; emerox1110; emerox1144; ninandioic acid; AZELAIC ACID 98+%; AZELAIC ACID, ULTRAPURE; nonanedionic acid; nonadioic acid; Heptanedicarboxylic acid; n-Nonanedioic acid; AZELAIC ACID [1,7-HEPATANEDICARBOXYLIC ACID]; Azelaic acid, 95+%; 1,7-HEPTANEDICARBOXYLIC; ANCHOIC ACID; LEPARGYLIC ACID; AZELAIC ACID; DICARBOXYLIC ACID C9; NONANEDIOIC ACID; N-HEPTANE-1,7-DICARBOXYLIC ACID
|
Antibacterial — directly inhibit and kill the bacteria on the skin surface and hair follicles, and eliminate pathogens.
Anti-inflammatory – inhibit the production and action of reactive oxygen free radicals, and reduce inflammation.
Anti-keratinization – reduce the synthesis of filamentous keratin and prevent excessive keratinization of hair follicles.
Whiten and lighten spots — destroy mitochondrial respiration of melanocytes, inhibit cell DNA synthesis, and thus inhibit cell proliferation.
Oil control — competitively inhibit the enzyme process that produces dihydrotestosterone, and reduce excessive skin oil induced by dihydrotestosterone.
Prevention of hair loss — it can inhibit the activity of 5a reductase, reduce the production of dihydrotestosterone (DHT), and alleviate hair loss.
Azelaic acid can solve many pathophysiological characteristics of acne, such as inflammation, proliferation of Propionibacterium acnes and hyperkeratosis of hair follicles, so it is a valuable choice for local treatment of mild to moderate acne. The anti-inflammatory effect of azelaic acid is based on inhibiting the expression of proin inflammatory cytokines. The ability to clear ROS and inhibit the production of ROS by granulocytes further support this effect. Azelaic acid inhibits the proliferation of a series of gram-positive and gram-negative microorganisms, in addition, azelaic acid affects.
Formula category: Acne removing face cream, essence, whitening and spot removing products
Addition amount: 1% – 20%
Suggestion for use: try to keep the PH of the formula at about 4.9, which can ensure that the higher concentration of azelaic acid remains in the epidermis/dermis and the whole skin.
Acne is the most troublesome problem for teenagers. How to choose the right acne products is particularly important. Azelaic acid is a good choice. I hope this article can help you who are worried about acne.
The full name of PCHI is Personal Care and Homecare Ingredients, which is a professional top-level event to meet the needs of the rapidly developing industry. It is also the only manufacturer that focuses on helping raw material suppliers find cosmetics, personal and home care products. Last week, Unilong Industry Co., Ltd. also participated in PCHI. I feel deeply about this.
As the first exhibition in the field of cosmetics after the epidemic, personal care and cosmetics showed unprecedented enthusiasm, and the scene was crowded. Many large raw material factories have launched new products and new raw materials. We were lucky to participate in the exhibition, and we also communicated with many customers and left contact information. Unilong Industry Co., Ltd. is one leading enterprise which specialized in the production of daily chemicals material. Our main products include surfactant, polyglycerol, antiseptic, whitening and cleaning, and other emulsified and polypeptide products.The following is a list of my main products:
Products List | ||
Peptide
|
L-Carnosine | 305-84-0 |
GHK-CU | 89030-95-5/130120-57-9 | |
AHK-CU | NA | |
PAL-GHK | NA | |
L-Alanyl-L-Glutamine | 39537-23-0 | |
Surfactant
|
Sodium Isethionate | 1562-00-1 |
Sodium Cocoyl Isethionate | 61789-32-0 | |
Sodium Lauroyl Isethionate | 7381-01-3 | |
HEPES Sodium Salt | 75277-39-3 | |
Isethionic Acid | 107-36-8 | |
Cocamidopropyl betaine | 1789-40-0 | |
Amides, coco | 789-19-3 | |
Coconut diethanolamide/cocamide DEA/CDEA | 68603-42-9 | |
Cocoyl Chloride | 68187-89-3 | |
Fatty acids, coco, N,N-dimethyl-1,3-propanediamine | 61790-62-3 | |
Oleamidopropyl Dimethylamine | 109-28-4 | |
4-Morpholineethanesulfonic acid(MES) | 4432-31-9 | |
Cocamidopropyl Hydroxysultaine (CHSB) | 68139-30-0 | |
Deodorant& Preservatives Materials
|
4-Chloro-3,5-Xylenol (PCMX) | 88-04-0 |
DICHLORO-m-XYLENOL(DCMX) | 133-53-9 | |
O-Cymen-5-ol(IPMP) | 3228-02-2 | |
Sodium Monofluorophosphate(SMFP) | 10163-15-2 | |
BENZALKONIUM CHLORIDE | 63449-41-2 | |
Dimethylol dimethylhydantoin | 6440-58-0 | |
Chlorhexidine digluconate | 18472-51-0 | |
Dodecanamine | 124-22-1 | |
DMDM HYDANTOIN | 6440-58-0 | |
Biodegradable material | Polylactic acid (PLA) | 26023-30-3 |
Ploycarprolactone(PCL) | 24980-41-4 | |
Lactobionic acid | 96-82-2 | |
Whiten
&Cleang &Emulsifier |
Benzophenone | 119-61-9 |
3,4-Epoxycyclohexylmethyl 3,4-epoxycyclohexanecarboxylate | 2386-87-0 | |
Photoinitiator BDK | 24650-42-8 | |
Tetrahexyldecylascorbate(VCIP) | 183476-82-6 | |
Phenylbis(2,4,6-trimethylbenzoyl)phosphine oxide | 162881-26-7 | |
2,4-Diethyl-9H-thioxanthen-9-one | 82799-44-8 | |
Photoinitiator 160 | 71868-15-0 | |
BENZOPHENONE-3 | 131-57-7 | |
Uv Photoinitiator 754 | 211510-16-6 | |
Drometrizole | 2440-22-4 | |
4,4′-Bis(diethylamino) benzophenone | 90-93-7 | |
OCTYL METHOXY CINNAMATE /Octyl 4-methoxycinnamate | 5466-77-3 | |
MAGNESIUM MYRISTATE | 4086-70-8 | |
UNDECYLENOYL PHENYLALANINE | 175357-18-3 | |
Glycolic acid | 79-14-1 | |
Glyoxylic acid | 298-12-4 | |
Cetearyl alcohol | 67762-27-0 | |
Polyglycerol | Polyglyceryl-10 Stearat | 79777-30-3 |
Polyglyceryl-6 Caprylate | 51033-35-3 | |
Polyglyceryl-10 Polyricinoleate | 29894-35-7 | |
Polyglycerol-3 distearate | 94423-19-5 | |
Polyglycerol-4 stearate | 26855-44-7 | |
Polyglyccrol- 6 stearate | 95461-65-7 | |
Polyglycerol-6 distearate | 34424-97-0 | |
Polyglycerol-6 pentastearate | 99734-30-2 | |
Polyglycerol-10 stearate | 79777-30-3 |
With the development of social economy, daily chemical products have become necessary articles in people’s life, are popular daily consumer products, and are closely related to people’s quality of life, so the requirements for daily chemical products have also been improved. Daily chemical products mainly include cosmetics, toiletries, home care products, essence and spices.
With the development of science and technology and the improvement of people’s living standards, the types of daily chemical products are becoming richer and more diversified. But at present, the most important thing is the safety of chemical raw materials. We are a professional chemical manufacturer. In line with the principle of being responsible for customers, we have ISO quality certification, and the safety problem is guaranteed. If you need daily chemical raw materials, you can contact us at any time and look forward to cooperating with you.
What can polycaprolactone be used for?
Polycaprolactone, also known as PCL, is an excellent degradable green environmental protection material with good biodegradability, biocompatibility, shape memory characteristics and low temperature flexibility, and is widely used in drug carriers, plasticizers, biodegradable Production and processing of degradable plastics, nanofiber spinning, and plastic materials.
CAS No.:24980 41 4
MF:C6H10O2
EINECS No.:207-938-1
MW:114.1424
Characters:White powder particle/granule
Synonym:pcl; pcl powder; pcl pellets; Poly(ε-caprolactone); Ploycarprolactone; Polycaprolactone Pcl; CAS 24980-41-4; Polycaprolactone Pellets; Polycaprolactone Powder; pcl polycaprolactone; cas 24980414 pcl polymer; CURESORB-PCL; Caprolactone polymer; polycaprolactone pellets bulk; polycaprolactone price; polycaprolactone pcl price;
1.High crystallinity and low melting point.
2.With an excellent bonding performance on the difficult bonding base material.
3.Good compatibility with a wide range of polymers.
4.Easy to dye or color.
5.Non-toxic and fully biodegradble
1.Surgical Medical Field
Surgical suture, orthopedic splint, radiation board, resin bandages, dental model,etc.It can also be used as a positioning film for medical radiotherapy to achieve precise positioning and improve the effect of treatment.
2.Polyurethane Resin Field
Coating, ink, hot melt adhesive, non-woven,adhesive, shoes materials,structural adhesive, etc.
3. Film and Composite Packaging Field
Blown film, laminated material, etc.
4.Other Field Manual model, organic colorants, powder coatings, etc.It can also be used as 3D printing consumables, shoe materials, masterbatches, hot melt adhesives
We can supply medical grade, industrial grade. We have regular 60,000-molecular weight , 80,000-molecular weight , and of course we can customize some lower/higher molecular weight. We have 100 mesh, 60 mesh, 30 mesh and other different particle sizes.Looking forward to your cooperation.
What is hydroxypropyl methylcellulose used for?
Hydroxypropyl methyl cellulose is also called HPMC. Hydroxypropyl methyl cellulose HPMC is a non-ionic cellulose ether prepared by a series of complex chemical processes with natural polymer material refined cotton as the main raw material.
HPMC is widely used, which is widely used in chemical industry, construction, building materials, coatings, food, cosmetics, agriculture, national defense and military industry and other fields.
The following is a detailed introduction to the use of HPMC in various aspects:
Hydroxypropylmethylcellulose has good thickening effect and is often used as a concrete anti-dispersant. In the past, Hydroxypropylmethylcellulose is a relatively scarce fine chemical product in China, and its cost is relatively high. With the continuous development and progress of external wall thermal insulation technology in recent years, and the excellent characteristics of Hydroxypropylmethylcellulose itself, It has been widely used in the construction industry.
In the application of HPMC for daily chemical washing, HPMC is mainly used to improve the thickening, foaming, stable emulsification, dispersion, adhesion, film formation and water retention of cosmetics, and in low-viscosity products, it is mainly used for suspension dispersion and film formation.
The viscosity of the daily chemical industry mainly includes 100000, 150000 and 200000. You can choose the amount of additives in the product according to your own formula, usually about 3 to 5 ‰. Hydroxypropyl methyl cellulose is widely used in daily chemical skin care products, such as facial cleanser, lotion, shampoo, bath liquid, cream, gel, toner, hair conditioner, styling products, toothpaste, mouthwash, toy bubble water, etc.
After the hydroxypropyl methyl cellulose is dissolved in the putty powder, the methoxy and hydroxypropyl groups on its molecular chain act with the aluminum ions and calcium ions in the putty powder, and then generate viscous gel, which is filled in the gaps of the putty powder, thus greatly improving the compactness of the putty powder, playing the role of reinforcement and flexible filling. However, when the composite matrix is pressed, the polymer can not play a rigid support role, thus reducing the strength and compression ratio of putty powder.
HPMC is a surface-treated product, which can be quickly dispersed in water and will not agglomerate. HPMC has the advantages of good thickening effect and high transparency, and is especially suitable for thickening products such as daily chemical products. The solution system has good stability, and can be non-layered, non-thinning and anti-mildew for a long time. Daily chemical grade instant HPMC is usually used in daily chemical washing products, such as hand sanitizer, laundry detergent, car wash, etc.
It is mainly used as thickener, dispersant, binder, excipient, oil-resistant coating, filler, emulsifier and stabilizer in textile printing and dyeing industry. It is also widely used in synthetic resin, leather, medicine, food, petrochemical, ceramics, paper and cosmetics industries.
Hydroxypropylmethylcellulose is a common building material additive, which is widely used in building materials and can be divided into many types. Hydroxypropylmethylcellulose can be divided into hot-soluble and cold-water quick-soluble types.
Hot-soluble HPMC is often used in dry powder products, directly mixed with dry powder for uniform use, such as in putty powder and mortar, while cold-water quick-soluble HPMC is often used in liquid glue, mortar, putty powder In liquid coatings and daily chemical products, HPMC can be widely used to transmit the performance of gypsum, cement and other hydrate building materials, especially in cement-based mortar, which can improve its water retention, thus extending the correction time and opening time, and reducing the problem of flow suspension.
Health has always been a major concern. Generally, chemical raw materials are used in the construction industry. We need to carry out relevant tests for their radiation, toxic and side effects when they are used to prevent their impact on our health. The safety advantages of hydroxypropyl methyl cellulose and other raw materials are in good agreement with our use standards, so the application of such raw materials is also quite common.
HPMC is the leading product of our company, which is widely used in chemical industry, construction, building materials, coatings, food, cosmetics, agriculture, national defense and military industry and other fields. The company has passed the ISO9001 quality system certification, and the product quality has reached the international advanced level. The variety and quality meet the needs of domestic and foreign merchants. The company’s strong economic strength and rich human resources have laid a solid foundation for the company’s long-term development. Excellent quality, superior price and considerate service are the goals of our company. We are willing to work together with customers at home and abroad to create brilliant future!
The Spring Festival of 2023 is coming. Thank you very much for your support and trust in Unilong in the past year. We will also strive to become better in the future. I hope to continue to reach a good cooperative relationship with old friends and look forward to the attention of new friends.
We will start work on January 28, and we will try our best to reply to your messages during this holiday. Finally, I wish you a happy new year. We’ll see you next year.
Blueberry Extract, also known as anthocyanins, is extracted from blueberry fruit. The appearance of the extract is dark purple powder. It has unique effects such as preventing brain aging, enhancing heart function, improving eyesight and anti-cancer. The main active ingredients of blueberry include anthocyanin, flavonoids, phenolic acid and other bioactive substances, as well as protein, helium based acid, vitamins, fats, carbohydrates, edible fiber, fructose, minerals and other nutrients, which can play a health role in the human body.
Research shows that 40 kinds of fruits and vegetables that people often eat are ranked first in terms of antioxidant activity. There are only 56 calories per 100g of blueberry, which is a fruit that dieters can rest assured to eat. Every 100 grams of blueberry contains 9 mg of vitamin C, 1.7 mg of vitamin E and up to 225 mg of anthocyanin. Anthocyanin is the most effective natural antioxidant found by human beings, and the anthocyanin content of blueberry is also the top among many fruits. Blueberries also contain a lot of polyphenols. Polyphenols are a kind of healthy compounds, which are abundant in plant foods.
CAS:84082-34-8
Molecular Formula:C27H31O16
Molecular weight:611.53
EINECS No:281-983-5
Appearance:Purple-red fine powder
Assay:Anthocyanidins≥25%
Loss on Drying:≤5.0%
Residue on Ignition :≤5.0%
Bulk Density:0.4-0.6g/ml
Tap Density:0.6-0.9g/ml
Particle Size:100% pass 80 mesh
Synonyms:Blueberry extract; Powdered Bilberry Extract; Ccris 8716; Extract of bilberry; BILBERRY EXTRACT 25%; Bilberry Extract Powder; Blueberry Extract; Proanthocyanidins; blueberry fruit extract; blueberry juice extract powder; blueberry extract powder cosmetic; bilberry powder; blueberry anthocyanin extract; anthocyanins 1%-25% blueberry extract; 84082-34-8; Water-Soluble Bilberry Extract; Vaccinium Plantextract; Anthocyanidins 25% Blueberry Extract; Anthocyanins Powder
1.Have vision protection and prevent blindness; The effect of strengthening cerebral vessels, preventing cerebrovascular diseases, and strengthening myocardial vessels.
2.Antioxidant, anti-aging, commonly used in anti-aging cosmetics.
3.Antibacterial, anti-inflammatory and analgesic effects. It can heal wounds and accelerate wound healing.
4.It can prevent cardiovascular diseases, inhibit obesity, improve diabetes and prevent osteoporosis.
5.The anticancer effect of blueberry anthocyanins has been confirmed in a variety of cell culture systems.
Blueberry extract is a popular product in the plant extraction industry, with great market demand. It is mainly used in medical raw materials, health food, beauty cosmetics. It not only contains rich natural antioxidants, but also has a high utilization rate. Material nutrition is easily absorbed by the human body. Blueberry extract is not only beneficial to eyes, but also has antioxidant effect. It also has a very good practical effect against cardiovascular and cerebrovascular diseases.
How to quickly turn white in this winter?
Since ancient times, it has always been the unremitting pursuit of most girls to have fair and delicate skin. In ancient times, women used rice washing water to wash their faces every day in order to turn white, and even more used lead powder to cover their faces.
I believe that we have found that the dark and yellow complexion of the face often makes people feel listless and pale. Indeed, the yellow color always makes people feel less delicate and beautiful, which is why many stars pursue extreme whitening.
Yellow will affect the mental outlook of the whole person, and the heavy yellow gas will make people more haggard. Many people like to wear a white base makeup, which is also to correct the skin yellow gas. As the saying goes, “one white covers one hundred ugliness.” Although most of our Asians have warm skin tones, proper skin care and yellowing can also make our skin glow.
Our skin secretes melanin to protect its internal structures from UV radiation. When the skin is exposed to a large amount of ultraviolet light, the melanin production is significantly increased. The skin absorbs more ultraviolet light energy, and the skin color will be significantly darkened in other places.
Sunshine – the most easily discovered cause of skin dullness
Our skin secretes melanin to protect its internal structures from UV radiation. When the skin is exposed to a large amount of ultraviolet light, the melanin production is significantly increased. The skin absorbs more ultraviolet light energy, and the skin color will be significantly darkened in other places.
The skin is dark and yellow due to ultraviolet radiation, usually in a large range, while the facial manifestations are often spotted.
Staying up late, irregular work and rest – the most easily overlooked cause of skin dullness
Night is the golden time for our skin metabolism, especially between 11:00 and 3:00, when we don’t have a good rest, the skin metabolism is very slow, and it is also easy to cause the accumulation of melanin, making our skin look more dark and lusterless. Now many people have dark yellow skin and look listless. A large part of the reason is lack of sleep and often stay up late.
Saccharification – the most secret cause of skin dullness
The concept of skin glycosylation is a new phenomenon that has been discovered recently. Glycosylation reaction and its products will have a relatively serious impact on our body and skin.
The skin saccharification will lead to a very obvious yellow complexion and aggravate the skin aging problem. The saccharification reaction is not only affected by external factors, but also happens in our body all the time.
1. To improve this kind of skin yellow gas, prevention is more important than solution. The damage of ultraviolet rays to the skin is not only tanning and sunburn, but also the damage to the dermal structure of the skin. The luster, texture and elasticity of the skin are obviously reduced.
Therefore, the daily sun protection should not be ignored. According to the changes of the external environment, the sun protection measures should be adjusted in time to avoid excessive contact between the skin and ultraviolet rays.
2. Sleep is also very important to the skin, especially our sleep, even if you just shut your eyes for 10 minutes. Only when the human body is free of oxygen and water, can our skin shine.
3. To improve this kind of skin yellow gas, on the one hand, we need to pay more attention to daily life and eating habits, and avoid excessive sugar intake. On the other hand, for daily skin care, anti-oxidation skincare products should be used.
If the budget allows, anti saccharification skincare products should be used to prevent the occurrence of peroxidation and saccharification reaction in the skin.
These are just simple precautions. What should we do if the skin is already dark and yellow? The simplest and most effective way is to use whitening skin care products to reduce the dark and yellow skin and whiten the skin with the help of external forces.
The main ingredients of this product are nicotinamide, magnolia grandiflora extract, 3-o-ethyl ascorbic acid (transparent vitamin C) and arbutin, which can penetrate into the skin bottom layer by layer, disintegrate melanin from the root, inhibit melanin regeneration, and make the skin tender, transparent, clean and white from the inside out.
In addition, some repairing and soothing ingredients, such as squalane, crape myrtle extract, red myrrh alcohol, are also added, which can not only soothe the skin, strengthen the bottom of the muscle, but also greatly reduce the discomfort caused by the high concentration of whitening ingredients. It is very friendly for sensitive muscles!
There are also moisturizing ingredients such as sodium hyaluronate and avocado extract, which can penetrate into the skin to replenish water, and have a powerful water locking effect, making your skin more moist and plump in this dry and cold winter. It can be said that it is very suitable for this cold and dry winter. The price is also very cheap, and it is not painful to use it.
It is more suitable for skin whitening at this stage to mainly prevent melanin transmission and select products with nicotinamide, hyaluronic acid and other components as the core.
If we know the reason why the skin is dark and yellow, we just need to focus on it. In winter, there is no strong ultraviolet interference, and we are also very smooth in the whitening process.
However, the skin is dry and fragile in winter, which is also something we should pay attention to. In addition, it must not be ignored in moisturizing and stabilizing the skin. If you do a good job in these skin care tasks, whitening will become much easier.
What is polyglyceride?
Polyglyceride generally refers to polyglycerol fatty acid ester. Polyglyceryl ester of fat acid is the general name of a series of products, also known as PGFE. Polyglyceride fatty acid ester is a new type, high efficiency and excellent performance polyhydroxy ester non-ionic surfactant, which is used in food, daily chemical, petroleum, textile, coating, plastic, pesticide, rubber, medicine and other fields.
The appearance of polyglycerol ester can be powder, solid, mucus, etc., and the color is white to yellow. Polyglyceride has both hydrophilic and lipophilic properties, with good emulsification, dispersion, wetting, stability, foaming and other multiple properties. It has good thermal stability and good acid and salt resistance. The higher the degree of polymerization of polyglycerol in polyglycerol ester, the shorter the chain length of fatty acid, the lower the degree of esterification, and the better the hydrophilicity, on the contrary, the stronger the lipophilicity. Generally, the HLB value of polyglycerol ester is 2-20.
Application field of polyglyceride
Application of polyglyceride in food
Polyglycerides with HLB value above 7 can be used as emulsifiers. Under neutral conditions, their emulsifying capacity is significantly stronger than monoglycerides, propylene glycol esters, etc. Under acidic conditions, especially when the pH value is below 5, the emulsification and stability are obviously better than sucrose esters, and they are commonly used in the field of dairy products dominated by water. Polyglycerides with HLB less than 6 can be used as emulsifiers, either alone or in combination with other emulsifiers, and are commonly used in the fields of cream, shortening, etc.
In addition to the emulsifying capacity of other emulsifiers, polyglycerol ester also has the functions of aeration, crystallization, viscosity regulation, quality improvement, etc. It is widely used in the fields of cream, baked food, ice cream, beverages, chocolate, candy and other food fields.
Application of polyglyceride in daily chemical industry
Polyglyceride is not only safe for human body, but also has the advantages of no irritation to skin, good water dispersion resistance, good stability of lotion, etc. This kind of emulsifier is widely used in daily chemicals, especially in washing and skin care products, shampoo, hair cream and emulsified essence products.
(1) Detergent
Compared with PEG surfactants, polyglycerol ester has a slightly worse decontamination ability, but is better than sucrose ester. The detergent composed of polyglycerol ester is a safe detergent, which is harmless to human body even if it remains. For example, polyglycerol esters (polyglycerol laurate, etc.) with high HLB value are suitable for detergents such as dishes, vegetables, melons and fruits, and are safer than general synthetic detergents.
(2) Cosmetics
Polyglyceride can be used in various cosmetics as emulsifier, solubilizer, stabilizer, humectant, etc., which can significantly improve product quality. Polyglyceride is less irritating to skin and hair, and has high safety. It can be used in advanced cosmetics and children’s skin care products.
The triglyceride diisostearate can be used in ordinary lotion, as well as eye shadow and lipstick products. In addition, as a co emulsifier, triglyceride monolaurate has a good effect in hand cream. Polyglycerides with high HLB value such as polyglycerol laurate can be used as solubilizers to solubilize essence and fragrances in aqueous systems. Polyglycerides with low HLB esters, such as polyglycerol decanooleate, are suitable as solvents for making anhydrous cosmetics.
Application of polyglyceride in pharmaceutical industry
Polyglyceride can be used as emulsifier, solubilizer, dispersant and penetrant in medicine due to its good safety, acid resistance, hydrolysis resistance and drug compatibility. For example, some polyglycerol stearate can regulate the dissolution of some drugs, which can effectively control the release of drugs.
Application of polyglyceride in rubber and plastics
Polyglyceride has excellent heat resistance. It can be used as internal lubricant, plasticizer, emulsifier, antistatic agent and anti fogging agent in polyethylene, polypropylene and other resins. In addition, polyglycerol ester can also be used as an improver of natural rubber and synthetic rubber.
Application of polyglyceride in textile industry
In the textile printing and dyeing industry, polyglycerol ester can be used as a fiber softener, antistatic agent, fabric evener, etc. to improve the wettability and softness of textile products, effectively reduce friction, and prevent the accumulation of static electricity.
Applications in other fields
In addition to the above fields, polyglycerol ester can also be used in the pesticide field as an emulsifier to improve the dispersion of drugs.
In addition, we also provide relevant glyceride products, the list is as follows:
Name | CAS号 | HLB |
Polyglycerides | ||
Polyglycerol-2 | 59113-36-9/627-82-7 | |
Polyglycerol-3 | 56090-54-1 | |
Polyglycerol-4 | 56491-53-3 | |
Polyglycerol-6 | 36675-34-0 | |
Polyglycerol-10 | 9041-07-0 | |
Stearate | ||
Glycerin stearate | 123-94-4;31566-31-1;11099-07-3 | about4.5 |
Glycerin distearate | 1323-83-7 | about3.5 |
Polyglycerol-2 stearate | 12694-22-3 | about6.5 |
Polyglycerol-2 sesquistearate | 9009- 32-9 | about4.2 |
Polyglycerol-2 distearate | about4.0 | |
Polyglycerol-3 stearate | 27321-72-8/26955-43-8 | about7.5 |
Polyglycerol-3 distearate | 94423-19-5 | about6.0 |
Polyglycerol-4 stearate | 26855-44-7 | about8.5 |
Polyglyccrol- 6 stearate | 95461-65-7 | about9.5 |
Polyglycerol-6 distearate | 34424-97-0 | about8.0 |
Polyglycerol-6 pentastearate | 99734-30-2 | about4.5 |
Polyglycerol-10 stearate | 79777-30-3 | about13.5 |
Polyglycerol-10 distearate | 12764-60-2 | about9.0 |
Polyglycerol-10 pentastearate | 95461-64-6 | about6.0 |
Polyglycerol-10 decastearate | 39529-26-5 | about3.5 |
Oleates | ||
Glycerin oleate | 111-03-5;37220-82-9;25496-72-4 | about4.5 |
Glycerin dioleate | 2465-32-9/2442-61-7 25637-84-7 | about3.0 |
Glycerin trioleate | 122-32-7;6915-08-8 | about2.0 |
Polyglycerol-2 sesquioleate | about5.0 | |
Polyglycerol-2 oleate | 49553-76-6 | about6.0 |
Polyglycerol-2 dioleate | 60219-68-3 | about4.5 |
Polyglycerol-3 oleate | 33940-98-6 | about7.0 |
Polyglycerol-3 dioleate | 79665-94-4 | about5 .5 |
Polyglycerol-4 oleate | 71012-10-7 | about8.5 |
Polyglycerol-6 oleate | 79665-92-2 | about9.5 |
Polyglycerol-6 pentaoleate | 104934-17-0 | about4.5 |
Polyglycerol-6 dioleate | 76009-37-5 | about7.5 |
Polyglycerol-8 oleate | 75719-56-1 | about12.0 |
Polyglycerol-10 oleate | 9007-48-1/79665-93-3 | about13.0 |
Polyglycerol-10 dioleate | 33940-99-7 | about11.0 |
Polyglycerol-10 decaoleate | 11094-60-3 | about3.0 |
Palmitates | ||
Glycerin plamitate | 19670-51-0;26657-96-5;542-44-9 | about5.0 |
Polyglycerol-3 palmitate | 79777-28-9 | about8.0 |
Polyglycerol-6 palmitate | 99734-31-3 | about10.5 |
Polyglycerol-6 dipalmitate | about9.5 | |
Polyglycerol-10 palmitate | 500128-62-1 | about14 |
Polyglycerol-10 dipalmitate | about9.5 | |
Myristate Esters | ||
Glycerin myristate | 589-68-4;27214-38-6 | about4.3 |
Polyglycerol-3 Myristate | about7.5 | |
Polyglycerol-10 Myristate | 87390-32-7 | about13.5 |
Polyglycerol-10 dimyristate | about9.0 | |
Laurates | ||
Glycerin laurate | 142-18-7;27215-38-9;37318-95-9 | about4.5 |
Glycerin dilaurate | 27638-00-2 | about3.5 |
Polyglycerol-2 laurate | 96499-68-2 | about7.0 |
Polyglycerol-3 laurate | 51033-31-9 | about8.5 |
Polyglycerol-4 laurate | 75798-42-4 | about11.0 |
Polyglycerol-5 laurate | 128738-83-0 | about12.0 |
Polyglycerol-6 laurate | 51033-38-6 | about13.5 |
Polyglycerol-10 laurate | 34406-66-1 | about16.0 |
Decanoates | ||
Glycerin caprate | 2277-23-8;26402-22-2;11139-88-1 | about5.5 |
Polyglycerol-2 caprate | 156153-06-9 | about9.5 |
Polyglycerol-3 caprate | 51033-30-8/133654-02-1 | about12.0 |
Polyglycerol-6 caprate | about14.0 | |
Polyglycerol-10 caprate | about16.0 | |
Caprylic acid esters | ||
Glycerin caprylate | 502-54-5;26402-26-6 | about5.0 |
Polyglycerol-2 sesquicaprylate | 148618-57-9 | about7.0 |
Polyglycerol-3 caprylate | 51033-28-4 | about12.5 |
Polyglycerol-6 caprylate | 51033-35-3 | about15.0 |
Polyglycerol-10 caprylate | 51033-41-1 | about17.0 |
Octyl decanoates | ||
Polyglycerol-6 Caprylate-Caprate | about15.0 | |
Polyglycerol-10 Caprylate-Caprate | about17.0 | |
Hydroxystearates | ||
Glyceryl hydroxystearate | 1323-42-8 | about4.0 |
Polyglyceryl-6 polyhydroxystearate | about3.0 | |
Isostearates | ||
Glycerin isostearate | 66085-00-5;61332-02-3 | about3.5 |
Glycerin diisostearate | 68958-48-5 | about3.0 |
Polyglycerol-2 sesquiisostearate | about4.5 | |
Polyglycerol-2 isostearate | 73296-86-3 | about5.5 |
Polyglycerol-2 diisostearate | 66082-43-7 | about3.0 |
Polyglycerol-2 triisostearate | 120486-24-0 | about2.5 |
Polyglycerol-2 tetraisostearate | 121440-30-0 | about2.0 |
Polyglycerol-3 isostearate | 127512-63-4 | about7.0 |
Polyglycerol-3 diisostearate | 66082-42-6 | about5.5 |
Polyglycerol-4 isostearate | 91824-88-3 | about9.0 |
Polyglycerol-6 isostearate | 126928-07-2 | about11.0 |
Polyglycerol-10 isostearate | 133738-23-5 | about13.5 |
Polyglycerol-10 diisostearate | 63705-03-3/102033-55-6 | about9.0 |
Polyglycerol-10 pentaisostearate | about4.5 | |
Polyglycerol-10 decaisostearate | about2.5 | |
Castor Alkyd Esters | ||
Polyricinoleate-2 | ||
Polyricinoleate-4 | ||
Polyricinoleate-6 | ||
Glyceryl ricinoleate | 141-08-2;1323-38-2 | about3.5 |
Polyglycerol-3 Ricinoleate | about7.0 | |
Polyglycerol-3 Polyricinoleate | 29894-35-7 | about2.5 |
Polyglycerol-6 Ricinoleate | 107615-51-0 | about9.0 |
Polyglycerol-6 Polyricinoleate | 114355-43-0 | about3.0 |
Polyglycerol-10 Ricinoleate | about11.0 | |
Polyglycerol-10 Polyricinoleate | about2.5 | |
Coconates | ||
Polyglycerol-3 Coconut Oleate | about6.0 | |
Polyglycerol-10 Coconut Oleate | about9.0 |
The Ultimate Guide for Beginners of Skin Care
When creating your first skin care program, please keep it simple, put a simple daily life together – and stick to it.
The most important skin care advice is to keep it simple, start with your basic knowledge, and then expand as needed. The basic knowledge should always include the following three steps in the following order:
The general rule of thumb here is: clean your skin twice a day, once in the morning and once in the evening. Cleaning in the morning will help remove sweat or grease left on the pillow and hair during beauty sleep.
There is a common exception to the rule of twice a day: dry skin. If your skin tends to be dry, use plain boiled water in the morning.
However, cleaning your skin at night should not be compromised or skipped. At the end of the day, it is important to clean, not only to remove the skin care products and cosmetics applied in the morning, but also to remove the excess oil, sweat, dead skin cells, pollutants and other debris accumulated on the skin all day long.
When choosing facial cleansers, beginners should choose mild and moisturizing facial cleansers. Any skin type can tolerate moisturizing facial cleansers. In addition, look for a fragrance free product with the least ingredients (to avoid irritation) and containing ceramide and glycerin to restore and maintain the skin barrier.
Next, use a moisturizer or moisturizing product. We generally recommend oil-free, fragrance free moisturizers because they are well tolerated in all skin types, from acne prone to sensitive.
In addition to these parameters, you can also look for a moisturizer containing other ingredients for specific needs, while solving specific skin problems. The general list of skin care ingredients is a very long and changing list, so for the purpose of this article, the following are some top ingredients related to moisturizers:
Hyaluronic acid: make skin plump and restore lost moisture.
Ceramide: critical to skin barrier strength and overall health (important for patients with dry skin and eczema).
Vitamin C: Provides antioxidant protection and overall skin whitening.
If you have oily or acne prone skin, don’t think you can (or should) bypass the use of daily moisturizers. Excessive washing without proper use of moisturizing cream can actually lead to excessive production of oil on the skin.
No matter how greasy your skin feels or is prone to acne, it will become dry without moisturizing. Dry skin is irritated skin. Those with oily skin should look for non acne moisturizers.
Sunscreen is your first line of defense and protective measure against skin cancer. If you don’t do anything else to your skin, sunscreen is the most important.
Select SPF 30 or higher sunscreen and apply it every day (even if it is cloudy), always as the last step in the skin care program.
There are two ways to choose which type of sunscreen to use: chemical or mineral based. Mineral sunscreen acts as a shield, blocking the sun’s rays from penetrating the skin, thanks to ingredients such as zinc oxide or titanium dioxide.
Once you have a basic routine, you can start adding additional steps here and there as needed.
A good starting point is to exfoliate, add additional steps once or twice a week, and use α- Hydroxy acid (AHA) or β- Hydroxy acids (BHA), which remove excess accumulations on the skin surface in different ways.
You can also choose two different exfoliation methods: physical and chemical. Chemical exfoliators are very suitable for inducing cell renewal, increasing collagen formation and improving darkness. Physical exfoliation is to manually remove dead skin cells, excess oil and accumulations through facial scrub.
Sensitive skin types may want to avoid physical exfoliators because they can irritate the skin and cause blood vessel rupture.
You can rotate other daily additional steps including essence and facial mask as needed. Facial essence is an efficient and lightweight skin care product for external use, which is formulated with higher concentrations of active ingredients (such as vitamin C and hyaluronic acid) to address more specific skin problems.
Remember these important tips:
Less is more
Reducing your skin care plan and sticking to the key and important active ingredients will serve you better than doing too many things. Insist on using products with few ingredients and no spices, and try new products one by one, so that you can see the skin reaction.
Patient
If a new skin care program does not seem to work immediately, you should know that patience is necessary when it comes to skin care (please note if any product promises immediate results). Don’t do too many experiments. Before the conversion, give your skin a chance to get used to the product or active agent for at least two to three months.
Of course, the exception here is that if skin care products cause any type of irritation or allergic reaction, in this case, please stop using them immediately.
Consistency is key
Be consistent, it has to do with the patience part. Like many things in life, keeping consistent and going through the same skin care procedures every morning and evening is the key to producing and maintaining practical effects. Bottom line: Believe in the process (and your own skin) and stick to any plans you make for yourself.
Development history of whitening ingredient arbutin
“One white covers all the ugly “, so whitening has become an eternal topic of discussion today. There are hundreds of active ingredients developed around whitening. However, among the dazzling whitening ingredients, arbutin is undoubtedly the most dazzling and long-lasting. According to the research report, more than 60% of whitening skin care products on the market contain arbutin. Now let’s get to know arbutin.
The discovery of arbutin necessitated the extraction of hydroquinone. At first, hydroquinone was discovered by researchers because of its structural similarity to tyrosine, the substrate of tyrosinase, and was used in the field of skin whitening. Hydroquinone can not only be used as a substitute for tyrosinase substrate, but also inhibit the synthesis of tyrosinase. This discovery has led to the application of hydroquinone in dermatology as a decolorizing agent for the treatment of color spots and inflammatory pigmentation.
However, with the actual use of hydroquinone, it is found that hydroquinone has a strong skin irritation, which may cause skin tingling, itching, erythema or scaling, and may lead to leukoplakia and even tumors in severe cases After comprehensive consideration, hydroquinone is positioned as a prohibited component.
However, in 1998, arbutin, a substance that can achieve whitening effect, was extracted and separated from the bear fruit leaves. Its structure is more stable than that of hydroquinone, making it more stable and more skin friendly. Besides, it can effectively inhibit tyrosinase activity and melanin production. It can not only remove stains, but also has certain bactericidal and anti-inflammatory effects, becoming another favorite of the whitening world after hydroquinone.
After the advent of arbutin, it immediately attracted the attention of various manufacturers and tried to use it. After a period of time, because of its excellent whitening effect, excellent water solubility, clear and transparent solution, low relative cost and high safety, it finally became a deserved champion in the field of whitening.
The production process of arbutin has also gone through four stages: plant extraction, plant cell culture, chemical synthesis and microbial enzyme transformation. With the continuous development of the process, the cost of arbutin is also decreasing. With the continuous research of scholars from various countries, three arbutins have been developed: β- Arbutin α- Arbutin and deoxyaarbutin.
Arbutin in nature is β In form, β- The price of arbutin is α- One third of arbutin, whitening effect is α One fifteenth of. α- Arbutin β- Arbutin is water-soluble, while human stratum corneum is composed of 4-5 layers of dead cells, which is more conducive to the absorption of fat soluble components.
Therefore, deoxyaarbutin came into being. In addition to all glycosides on the side chain of glycosides, it increases the molecular hydrophobicity and shows higher inhibition of tyrosinase activity. Some literature shows that the anti melanin effect of deoxyaarbutin is α- 38.5 times of arbutin, β- Arbutin is 350 times of that, but it is very unstable, so its commercial value is not high.
We analyze that in a long time to come, it is difficult to find a component that can shake the position of arbutin in the Jianghu. It is not difficult to draw this conclusion when we compare arbutin with the whitening ingredients popular in the market today.
Arbutin VS phosglycyrrhizin: In terms of whitening effect, phosglycyrrhizin is stronger than arbutin, but its price is more than 30 times that of arbutin, and it is insoluble in water and dark in color. Therefore, from the perspective of cost performance and ease of use, licorice alone will not be qualified to lead the whitening Jianghu.
Arbutin VS vitamin C ethyl ether: VC ethyl ether has greatly improved the stability of VC. It is not only a colorless vitamin C derivative, but also an lipophilic and hydrophilic amphoteric substance. Its ease of use is almost comparable to that of arbutin. But its whitening effect is far less than arbutin, and its use cost is also higher than arbutin.
Arbutin vs nicotinamide: The biggest advantage of nicotinamide is its low cost, but its whitening effect is not as good as that of arbutin, and its safety is not as good as that of arbutin. Its own nicotinic acid has a certain irritation to the skin. It is recommended that you buy nicotinamide with nicotinic acid lower than 100PPM.
Considering the whitening effect, safety, cost performance and ease of use, it is difficult to find a whitening ingredient that can match arbutin at present and in the future, which is why more than 60% of whitening products on the market now contain arbutin.
Common active ingredients in skin care products
Adding active skin care ingredients to your routine can deeply improve your complexion. Now let’s break down the most common active ingredients in skin care products to help you build the best regimen for your complexion.
Benzoyl Peroxide: You may recognize this active skin care ingredient. For those who have treated acne, it is the main ingredient. It helps to unclog pores, kills acne and folliculitis-causing bacteria on the skin, kills bacteria by slowly releasing new ecological oxygen to oxidize the bacteria’s proteins, has antibacterial action against Propionibacterium acnes, a proven ingredient . Just make sure to apply it directly to the affected area, as a side effect it can dry out the surrounding skin.
Glycolic acid: is an alpha-hydroxy acid (also known as AHA) that exfoliates the skin. Glycolic acid helps break the bonds between skin cells, which increases effective exfoliation for smoother, more even skin. It is often used to help treat breakouts and even out skin tone and texture. Because it’s less prone to dry skin than other acne-type treatments, it’s often recommended by dermatologists. At the same time we think it has anti-aging properties as well. Studies have shown that using glycolic acid can slow the breakdown of collagen in the skin and even stimulate the production of new collagen for firmer skin. The hydroxyl group in glycolic acid has a strong water absorption capacity, and at the same time, the substance can promote the production of natural moisturizing factors after it penetrates into the dermis, so it can moisturize.
Hyaluronic Acid: If you are dealing with dry or dehydrated skin, hyaluronic acid is your best active ingredient of choice. Hyaluronic acid is a humectant, which means it helps absorb moisture, it enhances overall moisture, helps dry and plump skin, and helps improve the appearance of fine lines and wrinkles.
Niacinamide: Also known as a vitamin B3 derivative, is a multipurpose antioxidant. It works with the skin’s natural substances to help visibly reduce enlarged pores, tighten sagging pores, improve uneven skin tone, soften fine lines and wrinkles, reduce dullness, and strengthen fragile skin surfaces. Niacinamide also It reduces the impact of the external environment on our skin, as it improves your skin barrier (skin’s first line of defense), and it also plays a role in the skin repairing damage.
Salicylic acid: is a beta-hydroxy acid derived from willow bark that reduces acne and dissolves excess debris in pores, salicylic acid works by penetrating the lipid layer between skin cells and into pores to unclog them, Dissolves skin fragments, reduces skin inflammation and treats acne pimples and pustules. It also disrupts the connections between skin cells to increase exfoliation and promote cell turnover.
Retinol: Retinol is a vitamin A derivative that, according to research, has been shown to help fight aging. Retinol is an effective ingredient in skin care regimens for preventing the signs of aging and is backed by current science and research. Regular use of retinol has many benefits: reducing fine lines and wrinkles, stimulating collagen, more even and smooth skin tone, increasing moisture and preventing breakouts.
Vitamin C: Great for boosting your immune system when taken as a supplement, but did you know it can also improve your complexion when used topically? Vitamin C neutralizes free radicals caused by sun damage and air pollution (both of which speed up the breakdown of collagen). Collagen in the skin peaks when we are about 22 years old and decreases every ten years thereafter, so it is imperative that as much collagen is produced and prevented from breaking down as possible. It also inhibits the production of melanin in the skin, which helps lighten hyperpigmentation and brown spots, even out skin tone and enhance skin radiance.
Which active skin care ingredients you use depends entirely on your skin type and your choices. For people with acne, recommended active ingredients may include salicylic acid, retinoids, or benzoyl peroxide. For those who focus primarily on anti-aging skincare, it may specifically include vitamin C, retinoids, and sunscreen.
In general, science-based skincare experiences focus on the triple action of SPF, antioxidants, and retinol. These three ingredients will cover most of the basic solutions for skin problems to prevent and correct the most common skin signs of skin aging and photodamage, of course, if you have some specific problems that need to be addressed, it is best to seek a dermatologist , to better target treatments and avoid wasting time and money on the wrong skincare products.
Splendid China, Prosperous Birthday
October 1st, quietly came, the birthday of the motherland is about to start! Bless the great motherland, happy birthday and happy holidays!
1949-2022 Warmly celebrate the 73rd anniversary of the founding of the People’s Republic of China. Since the founding of New China, how magnificent and splendid it has been! After revolution, construction and reform, China has made great achievements that shocked the world. The Chinese people have written a moving epic of struggle, and the Chinese people are marching towards the future with incomparable confidence.
We grew up under the red flag and in the spring breeze. The people have faith and the country has strength; All the sights are Chinese, and all the five stars shine are beliefs. Five thousand years has passed; 9.6 million square kilometers are all hope.
The red flag is displayed high and the national anthem is played high. Sing for the motherland when the whole country celebrates the 73rd anniversary of the founding of the People’s Republic of China. May the People’s Republic of China be prosperous and strong forever!
Let this happy day, Unilong Industry Co., Ltd Wish our country a happy National Day; I wish everyone good luck, troubles break up with you, worries abandon you, good luck entangles you, happiness holds your hand, happiness goes shopping with you, health embraces you, and happiness always accompanies you!
Do you know food grade and cosmetic grade sodium hyaluronate
Hyaluronic acid (referred to as HA, also known as hyaluronic acid, hyaluronic acid) is a natural linear polysaccharide that exists in human and animal tissues. The human body is mainly distributed in the vitreous body, joints, umbilical cord, skin and other parts. Hyaluronic acid is a An irreplaceable natural substance in the human body, the content of which is highest in the embryo during the embryonic period, and gradually decreases with age. If the relative content of hyaluronic acid in the human body is set at 100% at the age of 20, it will drop to 65%, 45%, and 25% at the age of 30, 50, and 60, respectively. The amount of hyaluronic acid contained in people of the same age is also different, and the content in the body of patients with progeria is significantly reduced, showing many symptoms of aging.
Sodium hyaluronate can be divided into two different grades: food grade and cosmetic grade. The following two grades will be explained to you respectively.
Sodium hyaluronate itself is one of the components of human dermal tissue, and it is the most widely distributed acidic mucus in the human body. The disaccharide unit composed of N-acetylglucosamine and D-glucuronic acid is used as the basic unit, which is continuously repeated to form a linear polysaccharide. 1g of hyaluronic acid can bind 1000 times its own weight in water.
The effect of eating hyaluronic acid
The skin is nourished from the inside out, making it smooth and elastic, reducing and smoothing wrinkles.
Replenish the eyeball moisture and relieve symptoms such as dryness, astringency and itching of the eyes.
(The brain regulates osmotic pressure, maintains tissue morphology, and nourishes cranial nerves.)
The natural “shock absorbers” of joints can relieve inflammation and pain, and make all joints in the body more elastic and flexible.
Gastrointestinal helps to improve gastrointestinal function and protect gastric mucosa.
Repairs and repairs wounded parts of the body and accelerates wound healing.
Antibacterial provides a natural barrier for cells to prevent the invasion of bacteria and viruses.
Immunity supplements HA in the body, maintains the normal function of the body, improves immunity, and makes people energetic.
Cardiovascular and cerebrovascular prevent the occurrence of diseases such as arteriosclerosis, pulse disorder and brain atrophy.
Precautions for sodium hyaluronate (food grade)
1. Store in a cool, dark, sealed condition.
2. Avoid using with cationic surfactants, otherwise flocculent precipitation will occur.
3. Generally, the dissolution temperature should not exceed 60°C to prevent the degradation of hyaluronic acid.
4. It should be operated in a sterile room as much as possible. The remaining powder after opening the bottle should be stored aseptically as possible.
5. It should be dissolved in sterilized distilled water or pure deionized water. Once dissolved, it should be used up as much as possible. If it cannot be used up, it should be sealed and stored. In special cases, appropriate preservatives can be added.
1. Good hydrolytic stability. Experiments have shown that there is no significant difference in the stability of products of the same molecular weight in different batches. In the experiment, the sodium hyaluronate solution was left standing for 3–5 days in a normal environment, and the viscosity did not decrease significantly, which is a relatively stable slow-release process. Phenomenon.
2. The content is high, the content of glucuronic acid is above 46%, and the content of sodium hyaluronate is stably controlled at 97% – -99%. The product index is relatively stable, far higher than the national standard, and significantly better than the products of other manufacturers on the market. Experiments have shown that the quality inspection reports of some manufacturers are fraudulent, and the test indicators provided by the products are proved to be very different from the actual test values.
3. The molecular weight value marked on the product is the measured value of the product, which is convenient for customers to choose and compare. Compared with some companies in the market that only provide the molecular weight range, it is more transparent, which truly and effectively saves customers’ selection time and improves efficiency.
4. The pH value is stably controlled between 6-7, and the protein content is lower than 0.05%, which completely avoids the phenomenon of sensitization due to high pH and excessive protein.
5, 5. The heavy metal content is extremely low, the measured small molecule series: arsenic <0.01, lead <0.02. The endotoxin content is extremely low. The measured index of our company is as low as 0.07EU/mg, which is far lower than the standard limit and is superior to similar products from other manufacturers.
6. Sodium hyaluronate low molecular series, the appearance is pure white, no yellowing and no variegation, clear and transparent after dissolving, while the color of sodium hyaluronate from other manufacturers on the market often appears yellowing, and the color is not transparent after dissolving into a liquid.
7. In response to the phenomenon of food-grade and cosmetic-grade smuggling and OEM in the market, as well as fraud and other situations. Our company solemnly promises to present the most real indicators to customers, and never falsify to shoddy.
Precautions for cosmetic grade products:
(1)Pure water or distilled water should be used when dissolving sodium hyaluronate, so as not to affect the clarity. (2) Sodium hyaluronate is a biological polysaccharide. Once dissolved, try to use it at one time. If there is any remaining, please add preservatives and store it to prevent the growth of microorganisms. (3) It cannot be used in combination with cationic surfactants or cationic preservatives to avoid turbidity or precipitation. (4) Sodium hyaluronate is easy to absorb moisture, the product should be sealed and stored in a dry, low temperature place, preferably 2-8 degrees Celsius.
In appearance, the product is pure white, delicate and free of black spots.
Product production is required to be carried out under sterile conditions, and attention should be paid to the control of the number of product colonies;
The particles should not be too large, the particles are too large because the dehydration is not well controlled;
The color of the product solution should be clear and transparent. The higher the transparency of the product, the better the light transmittance;
The content of uronic acid is an important indicator, and the content of hyaluronic acid can be converted from its content;
Check the protein content control.
The application fields of sodium hyaluronate are mainly concentrated in the pharmaceutical, clinical diagnosis and treatment and cosmetic industries, accounting for more than 98% of the total consumption. In the field of medicine, it is widely used in various ophthalmic surgeries, such as lens implantation, corneal transplantation and anti-glaucoma surgery. Skin function, can keep the skin moist and smooth, delicate and tender, elastic, with anti-wrinkle, anti-wrinkle, beauty care and restore the physiological function of the skin, now we often can be used in cosmetic creams, creams, honey, milk, facial masks, shampoos Sodium hyaluronate is seen in other products.
What is glycolic acid
Glycolic acid is a collective name for a group of well-known chemicals, including fruit acids or alpha-hydroxy acids. It is isolated from sucrose, so it can be considered a natural product. Citric acid, taken from oranges and other citrus fruits, can also be classified as glycolic acid.
Industrial uses of glycolic acid include rust and stain removal, so skin comes into contact with this chemical (commercially available in concentrations above 70%).
Glycolic Acid Uses:
1. Chemical cleaning: 70% glycolic acid solution is mainly used as a cleaning agent, 2% glycolic acid and 1% formic acid mixed acid is a high-efficiency and low-cost cleaning agent, which can be used as air conditioners, boilers, power plant transmission pipelines , condenser, heat exchanger and other main cleaning raw materials.
2. Biodegradable materials: It is widely used in the preparation of implanted sustained-release drug systems, implanted repair devices, bioabsorbable surgical sutures, artificial bones and organ materials, etc., and has great development prospects. Polylactic acid and polyglycolic acid have become the focus of development in the field of new materials.
3. Bactericide: Because glycolic acid contains a special structure of hydroxyl and carboxyl groups, it can form a hydrophilic chelate with metal cations through coordination bonds, so it has a significant inhibitory effect on the growth of iron-oxidizing bacteria and can be used as a bactericide. It can also be used as an inhibitor in the flotation of various ores.
4. Daily chemicals: 99% glycolic acid is a good medicine for removing dead skin and hair. It can synthesize fruit acid, which is a raw material for anti-aging and whitening cosmetics, and can achieve the effects of moisturizing, moisturizing and promoting epidermal renewal. The molecular weight of glycolic acid is very small, it can effectively penetrate the skin pores, and solve problems such as skin aging, wrinkles, dark spots, and acne in a short time, so it is unanimously praised by the medical beauty industry.
5. Electroplating surface treatment: Glycolic acid can also be used in electroplating industry, sodium and potassium glycolate can be used as electroplating additives, and can also be used as green chemical raw materials for electroplating grinding, metal pickling, leather dyeing and tanning preparations. Glycolic acid is also a complexing agent for electroless nickel plating. It has the advantages of corrosion resistance, fast reaction and good finish. It is the best raw material for improving the quality of electroless nickel plating.
In addition, glycolic acid in the textile industry can be used as a cross-linking coupling agent for dyeing and finishing wool fibers and cellulose fabrics or a cross-linking catalyst for carboxy-containing fiber fabrics; it can also be used as a binder, petroleum demulsifier, welding agent and coating ingredients. And the synthesis of a variety of medicines, pesticides and chemical additives.
What kind of needle is the “girl needle”, can it be shot?
What is a girl needle? As the name suggests, the girl’s needle only literally means that the girl’s needle will be as beautiful as a girl, but there are still many people who ask: what is the girl’s needle? Let’s take a look together.
The main ingredient of the girl’s needle is Poly-caprolactone (PCL), also known as polycaprolactone, so what is polycaprolactone?
Polycaprolactone is a polymeric polyester, which is formed by ring-opening polymerization of ε-caprolactone in the presence of metal organic compounds as catalysts and dihydroxy or trihydroxy as initiators. Polycaprolactone itself is a kind of degradable material, and it is widely used clinically as orthopaedic implants and surgical sutures. There are also some institutions that are used as injections for filling face. It can also be used for subcutaneous implantation to correct moderate to severe nasolabial fold wrinkles. It promotes the growth of collagen at the injection site, forms a durable tissue scaffold, and supports and elasticity of the tissue at the injection site, which has a longer-lasting effect.
The principle of action of the girl’s needle actually belongs to “mesoderm therapy”. In terms of safety, hyaluronic acid injection is more recommended for filling. If the filling is excessive or the shape is not good, it can also be dissolved with dissolving enzymes.
Any injection medical beauty product has certain risks and requires the professional and technical specifications of the operating doctor. The wrong level of injection, too much or too shallow injection, or lax disinfection may cause injection-related complications such as skin necrosis and infection, which are common in medical disputes in the past. In addition, similar to the problems encountered by Thermage in the medical beauty market, whether the girl needles selected by some medical beauty institutions are qualified products are very tricky, and it is difficult for non-professionals to study and judge, which requires additional vigilance of the patients.
The main effect of girl needle is to stimulate collagen regeneration. Since it has not yet been marketed, it is still not possible to use girl needles for medical aesthetic treatment. From the perspective of medical research, its product risks and clinical effects cannot be concluded prematurely.
We will attend CPHI 2021 in Shanghai China.
If you come here, Pls call us or send Whatsapp to us, the phone is +86-18653132120
Of course, you also can send email to us: The email ID is info@unilongindustry.com
Affected by the COVID-19 pandemic,2020 was a challenging year for many companies , especially for chemicals lines.
Of course, for Unilong Industry, also met a difficult situation as so many Europe orders are in suspended state in the beginning of this year . Finally,through all Unilong workers and our clients and suppliers effort, Unilong sales sales have hit a new record.This couldn’t have been achieved without the amazing Unilong team.we should say thank you to everyone who always accompany us.
Hot Products PCMX AND SCI—PCHI 2019
Recently, PCHi2019 was grandly opened in Guangzhou Poly World Expo Exhibition Hall! Although there was a silky drizzle over Guangzhou in early spring, it did not affect the enthusiasm of all the friends!Unilong technical& sales department with our hot products PCMX and SCI achieved an outstanding record.
VC-IP production capacity had expanded–1000kgs/month
Tetrahexyldecyl Ascorbate (Ascorbyl Tetraisopalmitate)VC-IP CAS:183476-82-6, is a molecule derived from vitamin C and isopalmitic acid. Pure vitamin C has several drawbacks for cosmetically use, most important of which is the low stability. Chemically modified vitamin molecules are more stable, and pure vitamin is released from the derivatives inside the body. Although VC-IP is one good material as its function(see the following chart),its production capacity is one problem in the market as the complex production technical. This is our important goal these two years. Finally, we overcome the problem and already get the1000kgs/month achievement.
As the production scale expansion, for us the most important job is to check and improve our Quality Control system.Through 3months efforts,we get one strict and comprehensive Quality Control System(as following chart).Thanks every department of Unilong.