The performance state of penetrant JFC

The performance state of penetrant JFC is as follows:


Penetrant JFC, as the name suggests, is a substance that serves to penetrate. It also has fixed hydrophilic and lipophilic groups, and can arrange itself in a directional manner on the surface of a solution, thereby significantly reducing the surface tension.

The full name of the penetrant JFC is fatty alcohol polyoxyethylene ether, which belongs to a non-ionic surfactant. It has good emulsifying ability and can be used for leather degreasing. It is used as a penetrant in enzymatic hair removal and enzymatic softening, with the functions of penetration, degreasing, and dirt removal. JFC penetrant can also be used in various processes of the leather tanning process to promote leather penetration and the penetration of related chemicals. This type of penetrant has no affinity for leather fibers and can be used with a variety of surfactants, making it easy to clean.

Penetrant

The performance status description of penetrant JFC:

1. Composition: condensation product of ethylene oxide and fatty alcohol.

2. Appearance: Colorless to pale yellow transparent viscous liquid.

3, Ionic Character: Non-ionic

4. Solubility: soluble in water.

5. Stability: resistant to acid, alkali, chlorine, heat, hard water, and heavy metal salts.

6. Penetration: has good wetting and rewetting properties, as well as emulsifying and cleaning effects.

7. Affinity: No affinity for various fibers.

8. Compatibility: Can be mixed with various surfactants and is also suitable for use with synthetic resin prepolymers and biological enzymes.

Penetrant JFC is mainly used in sizing, desizing, scouring, bleaching, carbonizing, and chlorinating processes, and can also be used as a penetration aid in dyeing baths and finishing baths, as well as a penetrant for leather coatings. In the leather industry, penetrant JFC is mainly used as an impregnating agent, which can significantly reduce surface tension and thus promote the penetration of various materials into leather fibers, accelerate the process, and improve the process effect.