The final stages of textile manufacturing – post-processing – are critical for defining a fabric's ultimate quality, feel, and market appeal. NINGBO INNO PHARMCHEM CO.,LTD. is a leader in delivering groundbreaking innovations in textile post-processing auxiliaries, spearheaded by our high-performance 73167-50 Silicone Softener.


Our approach goes beyond conventional softening. 73167-50 is a sophisticated textile finishing agent engineered with a new modified chemical structure, providing a transformative soft, smooth, and plump hand feeling to a diverse range of materials, including polyester, nylon, and their blends, as well as specialized napping fabrics. This means unparalleled comfort and a luxurious tactile experience for the end-user.


A key challenge in post-processing is maintaining color integrity and preventing unwanted discoloration. NINGBO INNO PHARMCHEM's 73167-50 stands out as an effective anti-yellowing textile softener supplier solution, ensuring extremely low shade changing and preserving the pristine appearance of fabrics, particularly critical for white and light-colored goods. Its excellent stability further simplifies application, contributing to consistent, high-quality output.


For textile manufacturers striving for excellence, integrating our innovations can significantly elevate product value. Whether you are looking for a reliable silicone softener for polyester nylon fabric or comprehensive textile post-processing auxiliaries, NINGBO INNO PHARMCHEM CO.,LTD. offers the expertise and products to meet your most demanding requirements. Our solutions are designed to improve not just softness, but also crucial properties like wrinkle resilience, abrasion resistance, and good sew-ability.


By choosing NINGBO INNO PHARMCHEM, you partner with a manufacturer dedicated to continuous innovation, ensuring your fabrics are not only competitive but set new industry benchmarks for quality and performance. Discover the difference our advanced chemical solutions can make in unlocking your fabric's full potential.