The quest for enhanced fabric performance is a continuous journey for textile manufacturers. Central to this endeavor are advanced chemical auxiliaries, and among them, terpolymer silicone oil emulsions stand out as game-changers. NINGBO INNO PHARMCHEM CO.,LTD. proudly offers RG-HQD, a leading example of how these innovative silicone emulsions can revolutionize fabric properties, delivering superior softness, fluffiness, and overall tactile appeal.

RG-HQD, as a cutting-edge silicone oil emulsion, is engineered through the polymerization of siloxane, polyamine, and polyether. This unique composition grants it exceptional capabilities in textile finishing. It imparts an outstanding fluffy, soft, and thick hand feel that is both luxurious and durable. Unlike traditional softeners, the long-chain linear chemical structure of RG-HQD ensures excellent surface covering and permeability, allowing it to deeply penetrate and effectively treat various fiber types, from natural cotton and silk to synthetic polyester and acrylic.

Beyond its primary role as a fabric softener, RG-HQD enhances multiple aspects of fabric performance. It significantly improves tear strength, making textiles more robust and resistant to damage. Furthermore, it renders fabrics hydrophilic, an invaluable property for comfort and moisture management in apparel. Manufacturers will appreciate its excellent compatibility with general textile auxiliaries, streamlining the production process.

For those seeking to buy the best in textile auxiliaries, the RG-HQD terpolymer silicone oil emulsion offers a comprehensive solution. Its stable performance, coupled with resistance to high temperatures, acids, alkalis, and high shear, ensures consistent results without issues like sticking on rollers or demulsification. As a trusted silicone oil emulsion supplier, NINGBO INNO PHARMCHEM CO.,LTD. is dedicated to providing high-quality products like RG-HQD that empower manufacturers to create textiles with unmatched comfort, durability, and aesthetic appeal, truly unlocking superior fabric performance.