• Guangdong Innovative

11045 High Concentration Degreasing Agent

11045 High Concentration Degreasing Agent

Short Description:

11045 is mainly composed of isomeric alcohol ether complex.

It is suitable for pretreatment process for various kinds of fabrics of cotton, viscose fiber, modal, lyocell and their blends, etc.

It has excellent treating effect for various kinds of impurities, as greasy dirt, pectin and cotton wax, etc.


Product Detail

Product Tags

Features & Benefits

  1. Biodegradable. Contains no APEO or formaldehyde, etc. Low foaming. Fits environmental protection requirements.
  2. Multi-functional product. Includes the function of degreasing, scouring and penetrating, etc.
  3. Excellent ability of washing, emulsifying and degreasing and excellent anti-staining function.
  4. Mild property. Excellent effect of degreasing and removing impurities without damaging fibers.

 

Typical Properties

Appearance: Transparent liquid
Ionicity: Nonionic
pH value: 7.0±1.0 (1% aqueous solution)
Solubility: Soluble in water
Content: 50%
Application: Cotton, viscose fiber, modal, lyocell and their blends, etc.

 

Package

120kg plastic barrel, IBC tank & customized package available for selection

 

TIPS:

Introduction of Pretreatment

Textile materials possess a variety of impurities in grey state or immediately after manufacturing. Natural fibers (cotton, flax, wool and silk, etc.) have inherited natural impurities. In addition, oils, sizes and other foreign matter are added for improved spinnability (in yarn manufacture) or weavability (in fabric manufacture). Textile materials are also occasionally contaminated accidentally by impurities acquired during production. All such impurities or foreign matter are to be removed from textile materials for better coloration (dyeing or printing) or to make them marketable in white form. Such steps, called preparatory processes, depend mainly on two factors namely:

1. The type, nature and location of the impurities present in the fiber to be processed.

2. The fiber properties such as alkali-acid sensitivities, resistance to various chemicals, etc.

 

Preparatory processes may be broadly classified into two groups, namely:

1. Cleaning processes, where bulk of the foreign matter or impurities are removed by physical or chemical means.

2. Whitening processes, in which trace coloring matter is destroyed chemically or the whiteness of the materials is improved optically.


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