The textile industry is increasingly focused on sustainable practices, particularly concerning chemical usage. NINGBO INNO PHARMCHEM CO.,LTD. is at the forefront, offering chemical solutions like Anti-Scorch Agent MF-15 that contribute to more responsible and efficient processing, especially for complex blended fabrics.


Blended fabrics, such as cotton-polyester (TC) and cotton-rayon (TR), are widely used but pose specific challenges in processes like burnt-out printing. The goal is to selectively remove cellulosic fibers while preserving synthetic ones without excessive chemical waste or energy consumption. Our Anti-Scorch Agent MF-15 is a key textile burnt-out auxiliary that optimizes this delicate balance. It ensures the effective removal of carbonized cotton fiber, leading to transparent effects without compromising the polyester component, thus reducing the risk of re-processing or material loss.


A core aspect of sustainability in textile chemistry is efficiency. MF-15 significantly improves the washing efficiency of carbides after baking, reducing the water and energy required in post-treatment processes. This easy wash burnt-out agent for fabrics minimizes the overall environmental footprint of the burnt-out process. Furthermore, by preventing scorching and ensuring consistent results, MF-15 reduces defective outputs, directly contributing to resource conservation.


For textile printing chemical suppliers seeking eco-conscious products, NINGBO INNO PHARMCHEM CO.,LTD. provides MF-15 as a reliable option. Our commitment to providing high-quality chemical auxiliaries for textile printing supports manufacturers in adopting greener practices without sacrificing performance. If you are looking to buy anti-scorch agent MF-15, as a responsible manufacturer and supplier, we can provide you with detailed product specifications and a competitive price. Embrace the future of textile processing with NINGBO INNO PHARMCHEM CO.,LTD.'s sustainable solutions, enhancing both your product quality and your environmental stewardship in the production of blended fabrics.