Nylon and Spandex fabrics are celebrated for their elasticity and resilience, making them staples in activewear, swimwear, and various technical textiles. However, printing on these challenging synthetic substrates requires specialized binders that can withstand stretching, washing, and general wear without compromising print integrity. NINGBO INNO PHARMCHEM CO.,LTD. provides an ideal solution with its MF-1018TC high transparency textile binder.


MF-1018TC is specifically engineered to enhance the durability of prints on chemical fiber fabrics, including Nylon and Spandex. A standout feature is its excellent hot water washing fastness, which means prints remain vivid and adhered even after numerous wash cycles. This crucial property directly addresses one of the primary concerns for manufacturers: ensuring the longevity of their products in demanding applications.


As an MF-1018TC nylon fabric binder, this product ensures superior adhesion to the fabric fibers, forming a highly transparent and robust film. This film not only protects the pigment but also contributes to the overall hand-feel of the fabric, maintaining its softness and flexibility—a key advantage for stretchable materials like Spandex. The formulation as an acrylic acid high molecule textile binder is key to its performance and stability.


Beyond fastness, the binder also contributes to excellent brightness and full color rendering, allowing designers to achieve their desired aesthetic with precision. This means less pigment dosage can be used, offering both economic and environmental benefits.


For textile manufacturers looking to purchase a reliable supplier for enhancing durability in nylon & spandex fabric production, NINGBO INNO PHARMCHEM CO.,LTD. offers MF-1018TC as a proven, high-quality solution. Our commitment to providing eco-friendly textile printing binders without formaldehyde and APEO further strengthens its appeal, ensuring your products are not only durable but also compliant with modern safety and environmental standards. Partner with us to elevate the performance and sustainability of your chemical fiber fabric prints.