Blended fabrics present unique challenges in textile processing due to their varied fiber compositions. Achieving consistent and high-quality burnt-out effects on materials like cotton-polyester (TC) or polyester-rayon (TR) blends requires specialized chemical solutions. NINGBO INNO PHARMCHEM CO.,LTD. provides a meticulously developed textile burnt-out printing paste tailored specifically for these complex fabric types, ensuring superior results.

Our paste system is particularly effective for burnt-out paste for cotton fabric components within blends. The MF-20 burnt-out powder, a key part of our three-component system, is designed to carbonize cotton fibers precisely during baking, allowing for the creation of transparent patterns. This selective removal process is crucial for achieving the desired aesthetic without compromising the integrity or appearance of the synthetic components.

For manufacturers dealing with diverse fabric blends, the ability to achieve uniform results across different material compositions is vital. Our solutions address this by offering consistent penetration and controlled carbonization. This means that whether you are working with cotton-rich blends or those with a higher percentage of synthetic fibers, the outcome is a clear, crisp burnt-out effect. This versatility makes NINGBO INNO PHARMCHEM CO.,LTD. a preferred burnt-out paste supplier for specialized applications.

Furthermore, our burnt-out powder for blended fabrics is complemented by an anti-scorch agent, MF-15, which improves the efficiency of washing off carbides and prevents undesirable blackening, a common issue in heat treatment processes. This careful formulation ensures that the finished fabric retains its intended color and feel. For those seeking comprehensive textile finishing solutions that cater to the intricacies of blended fabric treatment, NINGBO INNO PHARMCHEM CO.,LTD. offers expert guidance and top-tier products. We are committed to providing the right chemical aids for blended fabric, ensuring your success in every specialized project.