Sodium Deoxycholate CAS 302-95-4

CAS:302-95-4
MF：C24H39NaO4
EINECS:206-132-7
纯度99%的分

Other Names:Sodium deoxycholate; Sodium deoxycholate CAS 302-95-4 suitable for green cosmetics and food additives.

What is of Sodium Deoxycholate with CAS 302-95-4 ? Sodium Deoxycholate (CAS 302-95-4), also known as Deoxycholic Acid Sodium Salt, is an anionic surfactant derived from bile acid. It is widely used in industrial formulations, emulsion polymerization, textile processing, and chemical manufacturing as an effective emulsifier, dispersing agent, and wetting agent. With strong surface activity and excellent emulsifying performance, Sodium Deoxycholate 302-95-4 helps improve the uniformity, stability, and penetration ability of various industrial systems. 脱氧胆酸钠是胆盐和离子洗涤剂。胆酸盐的工作随着脂质/脂肪/胆固醇和形式混合的微团在肠道。这些微胶帮助在脂肪的消化和吸收过肠壁。

描述

项目	规格	结果，
描述	白色粉末，没有臭味和气味	白色的粉末
内容(紫外线的方法以检测)	≥98%	99.03%
溶解度(溶剂用水和酗酒)	清楚和无存款	符合
硫酸盐	≤0.048％的	0.040%
P H	7.5-9	8.4
胆酸钠	≤3%	1.73%
干燥损失	≤1.0%	0.61%
重金属	≤20ppm	符合
残留物，在点火	≤0.3%	0.25%
氯化	≤0.02％的	符合
结论	结果符合标准EP7

应用

1. Emulsion Polymerization

Sodium Deoxycholate (CAS 302-95-4) acts as a stabilizing surfactant to improve particle dispersion, promote even polymer formation, and prevent agglomeration in latex or polymer emulsions.

2. Textile and Leather Processing

Used as a wetting and dispersing agent, enhancing penetration of dyes and auxiliaries into fibers and leather surfaces for uniform coloration.

3. Cleaning and Detergent Formulations

Deoxycholic Acid Sodium Salt is an effective anionic surfactant, providing excellent emulsification of oils and removal of hydrophobic contaminants.

4. Chemical Manufacturing

Acts as a functional ingredient in the synthesis of surface-active agents, emulsions, and coating formulations.

为什么选择了我们

We are a professional Sodium Deoxycholate (CAS 302-95-4) manufacturer and supplier, offering industrial-grade Deoxycholic Acid Sodium Salt with stable quality, high purity, and competitive pricing. Our technical team provides customized solutions for emulsification, dispersion, and surfactant system optimization.