Formaldehyde-Free Color Fixer for Cotton Fabrics: Enhancing Wash Fastness in Textile Printing

Discover our advanced formaldehyde-free color fixing agent, specifically formulated to revolutionize textile printing on cotton and blended fabrics. Achieve superior wash fastness and vibrant, long-lasting colors while ensuring environmental responsibility and ease of application.

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Key Advantages of Our Eco-Friendly Color Fixer

Superior Fastness Performance

Our RG-E903 formaldehyde-free color fixing agent for cotton fabrics dramatically boosts the wet fastness, soaping resistance, and milling fastness of your textiles, ensuring colors stay vibrant and steadfast even after repeated washes and wear.

Eco-Conscious & Safe

As an environment-friendly solution, RG-E903 contains zero free or released formaldehyde, making it a safe and responsible choice for sustainable textile production and meeting modern regulatory demands.

Ease of Use & Fabric Integrity

Designed for simple application, this textile auxiliary prevents wet fabric contamination and 'swelling' without impacting the fabric's original brightness or desired handle, streamlining your post-processing.

Key Applications

Textile Printing

Enhance the wash fastness and overall durability of printed designs on cotton and blended fabrics. Our formaldehyde-free color fixer is essential for achieving crisp, vibrant prints that resist fading.

Dyeing Processes

Effectively fix reactive, direct, acid, and sulfur dyes, significantly improving their wet fastness and resistance to soaping. This makes it a crucial dyeing auxiliary for a wide range of textile materials.

Fabric Post-Processing

Beyond dyeing and printing, RG-E903 serves as a vital textile post-processing auxiliary supplier, preventing color bleeding and ensuring dimensional stability during drying processes for various textiles.

Specialty Fabric Treatment

Act as a resist agent for nylon, wool, and their blends, while also improving the washing fastness of acid dyes on nylon fibers, broadening its utility across diverse fabric types.