High Concentration Anionic Acrylic Thickener for Textile Printing & Dyeing

Unlock superior clarity and a luxurious feel in your fabrics. Our high-concentration anionic acrylic acid thickening agent is engineered for efficient, eco-friendly textile printing and dyeing, ensuring vibrant results and soft textures with less product.

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Unlock Superior Performance and Sustainability

Enhanced Fabric Hand Feel

MF-120 ensures a good hand feeling on treated fabrics, significantly improving the textile’s tactile quality without compromising print clarity or color. This premium feel is a hallmark of using our specialized textile auxiliary.

Unwavering Viscosity Stability

Benefit from non-thinning and stable viscosity, even after prolonged storage or repeated use. Our high concentration thickener maintains its performance, guaranteeing consistent printing results batch after batch.

Eco-Friendly and Safe Formulation

Completely free from formaldehyde and APEO, MF-120 is an eco-friendly textile chemical, supporting sustainable manufacturing practices while ensuring safety for both workers and end-users.

Key Applications

Textile Printing

MF-120 is an indispensable anionic acrylic thickener for textile printing, ensuring sharp, well-defined patterns and vibrant color outcomes. It's perfectly suited for diverse printing applications.

Textile Dyeing

As a premier dyeing auxiliary, MF-120 contributes to even dye distribution and improved color fixation, making it ideal for achieving consistent and brilliant textile dyeing results across various fabric types.

Water-based Pigment Systems

Specifically formulated for water-based pigment printing systems, MF-120 enhances pigment dispersion and stability, leading to superior print quality and reduced processing issues for textile manufacturers.

Viscosity Control Solutions

The MF-120 High Concentration Anionic Acrylic Acid Thickening Agent offers precise viscosity control crucial for various textile processes, ensuring optimal flow and application properties for high-quality production.