Technical textiles are at the forefront of innovation, demanding materials and auxiliaries that offer superior performance under challenging conditions. From sportswear to industrial fabrics, the need for enhanced durability, fastness, and aesthetic quality is paramount. NINGBO INNO PHARMCHEM CO.,LTD. addresses this need with MF-1018TC, a high-performance acrylic acid high molecule textile binder designed for advanced applications.


MF-1018TC is uniquely formulated to provide exceptional attributes essential for technical textiles. Its outstanding hot water washing fastness ensures that prints and finishes maintain their integrity and appearance even after extensive use and cleaning cycles. This characteristic is vital for products exposed to harsh environments or requiring frequent washing, cementing its role as a reliable textile dyeing auxiliary.


Furthermore, this high transparency textile binder for chemical fiber fabrics guarantees excellent brightness and full color rendering, crucial for applications where visual appeal is as important as function. The binder forms a clear, durable film that protects pigments while enhancing their vibrancy, reducing the need for excessive pigment usage and contributing to cost efficiency.


Versatile across various chemical fiber fabrics like TC, Spandex, and Nylon, MF-1018TC is an ideal choice for a range of technical textile products. Its stable quality and ability to perform consistently make it a preferred component in complex formulations. As an added benefit, it is an eco-friendly textile printing binder without formaldehyde and APEO, supporting safer and more sustainable manufacturing processes.


As a trusted supplier and manufacturer of specialty chemical auxiliaries, NINGBO INNO PHARMCHEM CO.,LTD. is dedicated to empowering the technical textile industry with high-performance solutions. To learn more about how MF-1018TC can elevate your product's performance or to purchase a sample, contact us. We are committed to supporting your innovation with products that meet the highest standards of quality and sustainability.