In the realm of high-performance chemical intermediates, Glyoxal 40% (CAS 107-22-2) has emerged as a pivotal product, revolutionizing production processes across multiple industrial sectors. With its unique chemical structure and exceptional performance characteristics, Glyoxal 40% has become an indispensable component in manufacturing processes ranging from textiles and water treatment to adhesives and emerging high-tech fields.
I. Glyoxal 40% (CAS 107-22-2)?
Glyoxal 40%, identified by CAS number 107-22-2, is a key dialdehyde chemical intermediate with the chemical formula C₂H₂O₂ and a molecular weight of 58.04. It appears as a colorless to pale yellow aqueous solution at room temperature, with a glyoxal content strictly controlled between 39.5%-40.5% and minimal impurities. As a reactive dialdehyde compound, Glyoxal 40% is chemically stable under normal storage conditions, non-flammable, and easy to transport, allowing for long-term storage in cool, dry environments, which ensures convenience and safety for industrial use.
II. Core Advantages: Why Glyoxal 40% Stands Out in Chemical Intermediates
Glyoxal 40%’s widespread adoption stems from its unique combination of performance advantages that outperform many traditional chemical intermediates, making it a preferred choice for high-demand industrial applications.
1. Excellent Reaction Efficiency
With its reactive dialdehyde structure, Glyoxal 40% boasts high reaction activity, enabling it to react quickly with various substances such as fibers, resins, and pollutants. This characteristic significantly improves production efficiency in various industrial applications, reducing processing time and enhancing overall productivity for enterprises, even when used in moderate dosages.
2. High Cost-Effectiveness
The raw materials for producing Glyoxal 40% are easy to obtain, and the production process is mature and advanced, resulting in a reasonable product price. As it dominates the global glyoxal market with a 55% share in 2024, it provides enterprises with a cost-saving choice while ensuring stable product quality, helping to reduce overall production costs.
3. Stable Quality and Wide Compatibility
Glyoxal 40% maintains stable quality, with strict control over impurity content and concentration, fully meeting global industrial standards. It also has excellent compatibility with a wide range of chemicals, including resins, fibers, and other additives, adapting to diverse manufacturing processes and expanding its application scope across multiple industries. What makes our Glyoxal 40% more competitive is our advanced formaldehyde removal technology. The formaldehyde content of conventional Glyoxal 40% products on the market is around 2000ppm, while we can customize products with formaldehyde content below 1000ppm, 500ppm, and even 100ppm according to customer needs. This advanced technology brings remarkable advantages: it further reduces the toxicity of the product, making it more environmentally friendly and safer for operators and end-users; it avoids formaldehyde volatilization during use, which can cause damage to materials and affect product quality; it also expands the product’s application scope, enabling it to be used in more strict environmental and safety scenarios such as high-end food packaging, medical materials, and infant-related products.
III. Diverse Applications: Powering Innovation Across Industries
Glyoxal 40%’s versatility makes it a cornerstone in various industries, driving improvements in product quality and expanding application boundaries.
1. Textile Industry: Elevating Fabric Performance
As a high-efficiency cross-linking agent and finishing agent, Glyoxal 40% is widely used in the textile industry, especially for natural fibers such as cotton and linen. It reacts with hydroxyl groups in fibers to form stable chemical bonds, significantly enhancing fabric wrinkle resistance, shrinkage resistance, and shape retention. After finishing with Glyoxal 40%, textiles remain wrinkle-free after washing, maintain a neat appearance, and have improved color fastness, making them ideal for high-grade clothing, home textiles, industrial fabrics, and leather tanning processes.
2. Water Treatment: Efficient and Green Purification
Glyoxal 40% serves as an environmentally friendly water treatment agent, widely applied in industrial sewage and drinking water purification. Leveraging its biocidal effect and chelation-oxidation properties, it can effectively remove heavy metal ions, organic pollutants, and bacteria in water. Compared with traditional water treatment agents, it boasts high purification efficiency, low dosage, and no secondary pollution, making it an ideal choice for green water treatment projects.
3. Adhesive and Resin Industry: Enhancing Bonding Performance
In the adhesive and resin industry, Glyoxal 40% is an important raw material for producing urea-formaldehyde resin, melamine resin, and glycoluril based amino crosslinking resins. It reacts with urea, melamine, and other substances to form high-performance resins with strong bonding force and good stability. The adhesives made from it have excellent water resistance, heat resistance, and corrosion resistance, widely used in wood processing, furniture manufacturing, and construction, ensuring the service life of bonded products.
4. Emerging Industries: Broadening Application Horizons
Glyoxal 40% is increasingly used in emerging industries, unlocking new application possibilities. In the oilfield industry, it acts as an H₂S scavenger and improves viscosity in oil-drilling fluids. In the paper industry, it enhances the wet/dry strength of paper and enables efficient coating. It is also used in personal care products to improve viscosity and as a preservative, and in electronics as a building block for compounds that increase stability in epoxy laminates, supporting the development of high-tech fields.
IV. Market Outlook: A Promising Future for Glyoxal 40%
With the growing demand for high-performance, environmentally friendly chemicals in textiles, water treatment, adhesives, and emerging industries, the market for Glyoxal 40% (CAS 107-22-2) is expected to expand steadily. Its unique advantages in reaction efficiency, environmental friendliness, cost-effectiveness, and compatibility make it a key enabler of industrial innovation. As research deepens, Glyoxal 40% is likely to unlock new applications in new energy and advanced materials, solidifying its position as a critical chemical intermediate in the global industrial chain.
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