Processing blended fabrics presents unique challenges due to the varied properties of different fiber types within a single material. Achieving uniform quality and preventing defects requires specialized additives that are versatile yet effective. NINGBO INNO PHARMCHEM CO.,LTD. delivers this precision with Sylic Anticrease Agent 528, an essential solution for treating complex blended fabric compositions.


Sylic Anticrease Agent 528 stands out for its exceptional compatibility, making it highly suitable for a broad spectrum of blended fabrics, including combinations of cellulose fibers, wool, polyester, and nylon. This non-ionic, yellow transparent liquid effectively prevents the generation of wrinkles and creases during wet processing, which is often more pronounced in blends due to differential shrinkage or friction between fibers. Its ability to perform consistently across diverse fiber types simplifies the chemical management for manufacturers dealing with varied blended fabric outputs.


The agent's technical characteristics further underscore its suitability for blended fabric treatment. It exhibits excellent stability against hard water, alkali, and electrolytes, ensuring reliable performance even in challenging processing conditions. This means less concern about bath stability, a common issue when handling multiple fiber types. Moreover, its low foaming property enhances the efficiency of dyeing and finishing machines, leading to smoother operations and reduced potential for errors that can compromise blended fabric quality.


As a trusted supplier of textile chemicals, NINGBO INNO PHARMCHEM CO.,LTD. offers Sylic Anticrease Agent 528 as a targeted solution for manufacturers seeking to optimize their blended fabric processes. For those looking to buy Sylic Anticrease Agent 528 that can handle the intricacies of fiber-specific additives for blended fabric treatment, this product offers unmatched versatility and performance. Contact us to discuss how this specialized additive can elevate the quality and efficiency of your blended fabric production.