Colorless Water Decoloring Agent Textile Waste Water Treatment Chemicals 50% Solid Content
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The Role of Decoloring Agents in Color Reduction
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Breaking Color Molecule Structures
Decoloring agents break the chromophore bonds in dyes, resulting in the effective color reduction -
Adsorption of Colored Particles
Polymer-based decoloring agents efficiently adsorb and remove color-causing compounds in wastewater -
The decoloring agent enhances coagulation and flocculation processes, leading to better color removal
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Degrading Organic Dyes
Decoloring agents chemically degrade synthetic organic dyes, significantly reducing watercolor -
Reducing COD (Chemical Oxygen Demand)
Decoloring agents contribute to both color reduction and COD removal, improving overall water quality
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| Appearance | Colorless sticky liquid |
| Ionic Character | Cationic |
| Solid Content | 55% minimum |
| Dynamic Viscosity (cps, 20℃) | 50-500 |
| Specific Gravity | 1.22-1.25 |
| pH (30% water solution) | 3-5 |
- Achieves strong decolorization (50% to 99%) and significant COD reduction (50% to 80%).
- Delivers exceptional performance in treating high-colority wastewater from dyestuff manufacturing, including Reactive, Acid, Disperse, and Direct Dyestuffs, both soluble and insoluble.
- Effectively processes wastewater from industries such as textile dyeing, pigment production, printing inks, and paper manufacturing.
- Functions as a high-efficiency retention agent in paper and pulp production.
- Promotes rapid sedimentation and enhanced flocculation.
- Eco-friendly formulation free from aluminum, chlorine, and heavy metal ions.
- Generates significantly less sludge compared to traditional inorganic coagulants.
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