Cotton and polyester blends are ubiquitous in the textile industry due to their versatility and comfort. However, unlocking their full performance potential often requires the strategic application of specialty chemical auxiliaries. NINGBO INNO PHARMCHEM CO.,LTD. offers a comprehensive range of these essential chemicals, designed to optimize the properties of these popular blended fabrics.


Our expertise lies in developing chemical auxiliaries for cotton polyester that address specific finishing requirements. For instance, achieving a desirable level of stiffness and crispness in knitted blends can be challenging. Our advanced stiffening agent for cotton knitted fabric is formulated to deliver exceptional results, imparting a firm yet natural hand feel that is both durable and appealing. This ensures that the blended fabrics meet the high standards expected in various applications, from apparel to home furnishings.


Beyond basic stiffening, these auxiliaries contribute to overall fabric integrity and longevity. They can improve resistance to wrinkling, enhance dimensional stability, and even improve compatibility with other finishing treatments. Our polyester blend stiffening agent, for example, is engineered to work synergistically with silicone oils, allowing for multi-functional finishes that save time and resources in the production cycle.


We are a trusted supplier for manufacturers looking to buy textile auxiliaries that are reliable and effective. Our products are developed through rigorous research and testing, ensuring they provide consistent performance and contribute positively to the final product's quality. This commitment to excellence makes NINGBO INNO PHARMCHEM CO.,LTD. a preferred partner for textile finishing solutions.


By leveraging our specialty chemical auxiliaries, textile producers can confidently enhance the performance of their cotton and polyester blends, creating products that stand out in a competitive market. Explore our innovative solutions and discover how they can elevate your fabric production.