Advanced Water-Based Table Adhesive Powder: Stable Viscosity for Textile Screen Printing Efficiency

Revolutionize your textile printing with our MF-201 powder, engineered for superior tack, environmental safety, and unparalleled production efficiency on any screen printing conveyor belt.

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Key Advantages of MF-201 for Your Operations

Enhanced Environmental Safety

Our eco-friendly screen printing adhesive, MF-201, is formulated to be non-toxic and harmless, promoting a healthier work environment. It's a responsible choice for businesses looking to adopt sustainable practices without sacrificing performance.

Superior Production Efficiency

By using MF-201 Water-Based Table Adhesive Powder, you can greatly reduce the frequency of pallet cleaning, leading to significant time savings and improved throughput. This means more prints, faster, with less effort.

Consistent & Reliable Performance

The stable viscosity screen printing glue ensures reliable performance print after print. Its high oil resistance and consistent tack, even when exposed to various chemicals, make it a dependable solution for demanding textile printing jobs.

Key Applications

Textile Screen Printing

MF-201 serves as a foundational textile screen printing pallet adhesive, ensuring garments remain securely fixed on the print table throughout the entire process, critical for sharp and vibrant designs.

Plat & Rotary Screen Applications

Perfectly suited for both plat screen and rotary screen printing conveyor belts, our MF-201 water-based table adhesive powder for screen printing provides consistent and strong hold, adapting to different press types.

Conveyor Belt Adhesion

As a specialized screen printing conveyor belt adhesive, MF-201 minimizes fabric shifting, leading to flawless registration and reduced material waste, ultimately boosting the quality of every printed piece.

General Dyeing Auxiliary

Beyond its primary role, this versatile product also functions as a valuable dyeing auxiliary, contributing to broader textile processes where temporary adhesion or viscosity modification is beneficial.