Excellent Fastness Textile Pearl Printing Binder MF-6040

Discover MF-6040, the innovative textile pearl printing binder that guarantees vibrant, high-fastness prints with a luxurious soft feel. Elevate your fabric designs and achieve unparalleled quality on cotton, T/C, and chemical fiber fabrics.

Get a Quote & Sample

Product Advantages and Benefits

Exceptional Fastness & Brightness

The MF-6040 Pearl Printing Binder guarantees high fastness, ensuring that prints resist fading and wear over time. This leads to long-lasting, vibrant textile prints with a high brightness pearl effect that stands out.

Soft Hand Feeling & Clear Outlines

Achieve a luxurious soft hand feeling on printed fabrics without compromising on clarity. Our binder ensures bright color and outline clear designs, providing both tactile comfort and visual precision for your gold and silver powder textile printing.

Good Weather Resistance & Permeability

Formulated as a modified acrylic acid polymer, MF-6040 offers good weather resistance, protecting prints from environmental degradation. Its excellent net permeability facilitates smooth application across diverse fabric types, enhancing production efficiency.

Key Applications

Textile Pearl Printing

MF-6040 is specifically engineered for textile pearl printing, enabling stunning iridescent effects that are both durable and visually striking. It's an essential textile auxiliary for achieving premium finishes.

Gold and Silver Powder Printing

Experience superior results with gold and silver powder printing, where the binder's high brightness and excellent adhesion capabilities ensure luxurious and long-lasting metallic effects on various fabrics.

Cotton & T/C Fabric Application

This binder delivers exceptional performance on 100% cotton and T/C (polyester/cotton blend) fabrics, providing the high fastness textile binder properties needed for everyday apparel and home textiles.

Chemical Fiber Fabric Printing

MF-6040 is highly effective for chemical fiber printing, offering robust adhesion and maintaining product characteristics across a wide range of synthetic materials, including complex blends.