High Solid Content Decolorizing Agent

The Decolorizing Agent product is a versatile solution for Water Purification decolorization and photocatalysis decolorization processes. With a recommended usage of 1-2% of the weight of the fabric, this product offers efficient and effective results in removing color impurities from various materials.

The Decolorizing Agent is available for sampling, allowing users to test its capabilities in their specific applications before making a larger purchase. This ensures that customers can experience the benefits of this product firsthand and make informed decisions based on its performance.

With a purity level of ≥50% and a solid content of ≥50%, the Decolorizing Agent is a high-quality product that delivers consistent results. Its formulation is designed to target and eliminate color impurities, providing a clean and clear finish to the treated materials.

Whether used for water purification decolorization or photocatalysis decolorization, the Decolorizing Agent proves to be a reliable and efficient solution. Its composition allows for quick and thorough removal of colorants, resulting in enhanced clarity and purity of the treated substances.

Features:

• Product Name: Decolorizing Agent
• Odor: Odorless
• pH Value: 7-9
• Usage: 1-2% Of The Weight Of The Fabric
• Appearance: Colorless Or Light-color Sticky Liquid
• Sample: Available

Technical Parameters:

Applications:

• Textile & Dyeing Wastewater – Rapid removal of color from various dye effluents.

• Printing & Dyeing Mills – Enhances color reduction and lowers COD.

• Paper & Pulp Industry – Eliminates lignin-related color and organic impurities.

• Leather & Tannery Wastewater – Treats dark, high-organic effluents effectively.

• Ink & Pigment Wastewater – Suitable for ink, paint, and pigment manufacturing.

• Landfill Leachate – Effective for high-color, high-COD leachate.

• Food & Beverage Wastewater – Removes natural and additive-based colors.

• Advanced Polishing – Used in final treatment to achieve low-color discharge.