MF-1018TC: The Ultimate Fabric Binder for TC, Spandex, and Nylon Textiles
Discover MF-1018TC, an advanced fabric binder engineered to elevate the durability and visual appeal of your TC, Spandex, and Nylon textiles.
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MF-1018TC Versatile Chemical Fabric Binder
MF-1018TC is an innovative acrylic acid high molecule emulsion designed to revolutionize textile printing. It ensures superior binding, vibrant colors, and long-lasting quality for a wide array of chemical fiber fabrics, especially TC, Spandex, and Nylon.
- Experience superior hot water washing fastness for textiles that endure frequent cleaning cycles.
- Achieve stunning prints with our high transparency textile printing emulsion ensuring vibrant and true colors.
- Embrace sustainability with our eco-friendly textile binder no formaldehyde formula, ensuring safety and compliance.
- Optimize your processes by reducing pigment and thickener dosage without compromising on color vibrancy.
Transform Your Textiles with MF-1018TC's Key Advantages
Unrivaled Durability
MF-1018TC offers excellent hot water washing fastness, ensuring your fabrics maintain their integrity and appearance even after extensive washing.
Exceptional Visual Clarity
With its high transparency after film-forming, MF-1018TC ensures good color rendering and full color depth, making prints truly stand out.
Eco-Conscious Production
Commit to greener manufacturing with this eco-friendly textile binder, completely free from formaldehyde and APEO.
Key Applications
TC Fabric Printing
Ideal for TC fabric printing, MF-1018TC ensures strong adhesion and brilliant color reproduction on cotton/polyester blends.
Spandex Textile Printing
Enhance elasticity and durability in spandex textile printing applications, maintaining fabric flexibility.
Nylon Fabric Treatment
Specifically formulated for nylon fabric printing, providing excellent hot water washing fastness and vibrant results.
General Chemical Fiber Textile
A versatile solution for general chemical fiber fabrics, improving overall print quality and longevity.