The landscape of textile finishing chemicals has evolved significantly, with a strong move away from older C8 fluorochemicals due to environmental and health concerns. The industry has embraced more responsible and equally effective alternatives, with C6 fluorochemicals leading the charge. NINGBO INNO PHARMCHEM CO.,LTD. is at the forefront of this revolution with its advanced product, Sylic® Water Repellent CY-664.

Sylic® CY-664 is a prime example of the next generation of C6 fluorochemical alternatives in textiles. This innovative fluorocarbon copolymer water repellent agent offers the same exceptional water and oil repellency performance as its predecessors but with a significantly improved environmental profile. Crucially, Sylic® CY-664 is explicitly designed to be a PFOS PFOA free textile finishing agent, addressing the industry's need for safer, more sustainable solutions.

Manufacturers can rely on Sylic® CY-664 to impart superior protection to a wide array of fabrics, including both natural fibers such as cotton and wool, and synthetic blends like polyester-cotton blends treatment. Its excellent washing resistance ensures that the protective barrier remains effective even after repeated laundering, providing long-term value for various textile applications, from apparel to industrial fabrics.

As a trusted supplier of high-quality chemical auxiliaries, NINGBO INNO PHARMCHEM CO.,LTD. provides comprehensive support to help clients transition to more sustainable practices. Our technical team is equipped to assist with the integration of Sylic® CY-664 into your existing processes, ensuring optimal performance and compliance with global environmental standards.

If you are looking to buy C6 water repellent for textiles that offers both high performance and environmental responsibility, Sylic® Water Repellent CY-664 is the ideal choice. Contact NINGBO INNO PHARMCHEM CO.,LTD. to inquire about the price and learn more about how this advanced solution can enhance your product line while contributing to a greener textile industry.