Pre Treatment

Chemical Structure: Polymer

An anticreasing agent which is a water soluable is used bleaching and dying processes of polyester cotton, polyamide, polyacrylic and wool.

It prevents creasing by forming a barrier on the textile product.

Chemical Structure: Combination of oil and fatty acid derivatives

Used bleaching and dying processes of polyester, cotton and polyamide

Through the slipping feature it prevents creasing and friction marks

Chemical Structure: Combination of polymeric sequestrant and additives

Complexes heavy metal and metal ions depending on pH and temperature and prevents precipitation.

Since it keeps alkaline earth metal ions by forming a complex, it prevents the substances removed from the washings after pretreatment and bleaching from collapsing on the product again. For this reason, better whiteness and hydrophilicity are provided in cotton bleaching.

It is a cleaning and regeneration material in ion exchange resins. It is also a good dispersant.

Chemical Structure: Mixture of polymeric compounds

Throuhg its ion holding and dispersing properties, it is a very effective complexing agent in preventing precipitation that may occur due to water hardness and heat in environments operating with water.

Acts as a corrosion inhibitor in aqueous systems.

Complexes heavy metal and metal ions depending on pH and temperature and prevents precipitation.

Chemical Structure: Combination of surfactants

A perfect wetting agent used in pre treatment processes of all kinds of fibers

Provides an excellent hydrophilicity.

Resistant to oxidation and reduction substances.

Resistant to acids and alkalis used in practice

It has also a stain and oil removal effect.

Chemical Structure: Mixture of fatty alcohol ethoxylates and alkyl sulfonates

It is a good wetting agent used in the pre-treatment of all kinds of synthetic and WO fibers and their blends.

Provides a perfect hydrophilicity.

Has high alkali resistance.

Does not foam.

Chemical Structure: Mixture of Hydrocarbons and Emulsifiers

It is a concentrated washing agent that is effective in removing oil stains that may occur as a result of knitting and weaving processes.

It is an effective, concentrated degreaser in machine and grease oils.

Chemical Structure: Mixture of surfactants

An effective degreaser for removing oil stains from knitting and weaving processes.

Chemical Structure: Combination of metal sequestrants and surfactants

It provides the control of active oxygen development by stabilizing the peroxide during the peroxide bleaching process of cotton and cotton blended fibers.

The hydrophilicity of the fabric improves.

Chemical Structure: Mixture of metal complexers

Prevents rapid degradation of peroxide with its catalytic effect in peroxide bleaching.

Reduces the processes take in several stages to a single bath.

Chemical Structure: Natural enzyme with α-amylase structure

It effectively removes the scaling on the fabric.

Since A-amylase is an enzyme, it only interacts with starch and starch-containing sizing agents, allowing it to be removed without damaging the fabric.

It can be applied at high temperatures.

Completely biodegradable

Chemical Structure: Catalase enzyme

It removes the hydrogen peroxide remaining in the bath by converting it to water and oxygen.

Completely biodegradable

Chemical Structure: Acid cellulase enzyme

Liquid cellulase enzyme obtained from non-pathogenic bacteria, used for removing pills of fabrics containing high activity cellulose.

Gives brightness, surface smoothness and color vibrancy to fabrics.

Minimizes the risk of pilling