In the dynamic world of textile manufacturing, achieving distinctive fabric effects while maintaining high production efficiency is paramount. Manufacturers constantly seek robust chemical solutions that can streamline processes and elevate product quality. One such critical area is burnt-out printing, a technique that creates intricate, transparent patterns on blended fabrics.


NINGBO INNO PHARMCHEM CO.,LTD. understands these challenges and offers MF-9621 Three Component Burnt-out Paste, a leading solution designed to optimize your textile printing operations. This innovative paste system, comprising MF-65, MF-20, and MF-15, provides the precision and reliability necessary for consistent results. For textile manufacturers looking to enhance their capabilities, understanding the benefits of a specialized formulation like MF-9621 is crucial.


The MF-65 component, a strong acid resistant paste, ensures excellent penetration uniformity, crucial for avoiding incomplete patterns. Meanwhile, MF-20, the core burnt-out powder, effectively carbonizes cotton fibers in blends like cotton/polyester, yielding crisp transparent effects. The inclusion of MF-15, an anti-scorch agent and burnt-out auxiliary, significantly improves the efficiency of washing off carbides, reducing post-processing time and effort. When you choose to buy three component burnt-out paste from a reputable manufacturer, you are investing in a product engineered for industrial performance.


Furthermore, this advanced formulation does not damage polyester fibers and does not negatively affect their color, preserving the integrity and aesthetic appeal of your finished textiles. This characteristic is vital for manufacturers aiming for superior quality output. For those seeking a reliable textile burnt-out printing paste supplier, NINGBO INNO PHARMCHEM CO.,LTD. ensures product consistency and provides comprehensive support to integrate MF-9621 seamlessly into your existing workflows. Investing in high-quality chemical auxiliary solutions is a strategic decision that directly impacts both your production efficiency and the market competitiveness of your textile products.