Sylic Anti-UV Finishing Agent CY-658: Fabric UV Protection & Enhanced Color Fastness

Discover Sylic CY-658, the advanced anti-UV finishing agent that redefines fabric durability and aesthetics. Ensure superior UV protection and maintain vibrant colors, even under intense sunlight exposure.

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Key Advantages of CY-658 in Textile Finishing

Superior UV Defense

Our anti-UV finishing agent for polyester provides exceptional ultraviolet absorption performance, effectively guarding against damaging UV rays and extending fabric life.

Vibrant Color Preservation

Sylic CY-658 significantly reduces fabric fading and improves the fastness of various dyes to sunlight, ensuring long-lasting color intensity with minimal impact on fabric shade.

Long-Lasting Performance

Boasting excellent wash resistance, this textile anti-ultraviolet treatment guarantees durable UV protection, maintaining its effectiveness even after repeated laundering cycles, making it a reliable sunlight fastness improver for textiles.

Key Applications

Advanced Polyester Fabric UV Finishing

Sylic CY-658 is ideal for anti-ultraviolet finishing of polyester fabric, ensuring robust protection against UV degradation and enhancing its longevity, a crucial need for outdoor textiles and performance wear.

Enhanced Sunlight Fastness Improvement

This agent significantly improves the fastness of textiles to sunlight, preventing color fading and maintaining fabric integrity, essential for long-term vibrant appearances in car seat cushions and decorative fabrics.

Protection for Car Seat Cushions & Decorative Fabrics

Specifically formulated for textile fabrics exposed to strong light, it provides superior UV protection for car seat cushions and decorative fabrics, preventing discoloration and material breakdown over time.

Durable Sportswear & Swimwear UV Defense

Ensure your sportswear and swimwear maintain their performance and aesthetic appeal with this anti-UV agent, offering reliable UV protection for active and water-bound textiles subjected to intense sun exposure.