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23430 Biological Soaping Powder

23430 Biological Soaping Powder

Short Description:

23430 is mainly composed of special compounds.

By chemical action of soaping agent and dyes, it can disperse and elute the dyes on the cloth, which are not bonded to the fiber.

By decomposition of soaping agent, it can decompose the dyes in water to decrease the chroma of the soaping and boiling raffinate.

It can be applied in soaping and boiling process after dyeing and printing for fabrics of cellulose fibers, as cotton, viscose fiber and flax, etc. and cellulose fiber blends.

 


Product Detail

Product Tags

Features & Benefits

  1. Contains no phosphorus or APEO, etc. Fits environmental protection requirements.
  2. Excellent function of dispersing, washing and anti-staining. Can effectively remove surface dyeing and improve color fastness.
  3. Can disperse the surface dyeing and the dyes in raffinate. Small chroma and low COD of soaping and boiling raffinate. Save 1~2 times water washing.
  4. High efficiency of soaping. Can reduce one time soaping and boiling for fabrics of dark color, as bright red and black, etc.

 

Typical Properties

Appearance: White granule
Ionicity: Nonionic
pH value: 6.0±1.0 (1% aqueous solution)
Solubility: Soluble in water
Application: Cellulose fibers, as cotton, viscose fiber and flax, etc. and cellulose fiber blends.

 

Package

50kg cardboard drum & customized package available for selection

 

 

TIPS:

Principles of dyeing

The objective of dyeing is to produce uniform coloration of a substrate usually to match a pre-selected color. The color should be uniform throughout the substrate and be of a solid shade with no unlevelness or change in shade over the whole substrate. There are many factors that will influence the appearance of the final shade, including: texture of the substrate, construction of the substrate (both chemical and physical), pre-treatments applied to the substrate prior to dyeing and post-treatments applied after the dyeing process. The application of color can be achieved by a number of methods, but the most common three methods are exhaust dyeing (batch), continuous (padding) and printing.


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