Oil stains and oligomers represent two of the most persistent and frustrating challenges in textile processing, particularly with synthetic fibers like polyester and spandex. Oil stains, whether from lubricants, machinery, or fiber production, can lead to uneven dyeing, unsightly marks, and a greasy feel. Oligomers, small molecules that migrate to the fabric surface during high-temperature dyeing, can cause dull spots, sticky residues, and even damage processing equipment. Effectively Addressing Oil Stains and Oligomers in Textile Processing is paramount for achieving high-quality results.


NINGBO INNO PHARMCHEM CO.,LTD. provides Detergent CY-115D, an innovative and targeted solution designed to eliminate these very problems. This advanced pretreatment auxiliary acts as a powerful two-in-one product, combining superior degreasing with exceptional emulsifying and dispersing abilities. It’s engineered to specifically tackle substances like high viscosity mechanical oil, chemical fiber oil, and troublesome dimethyl silicone oil dispersant.


Detergent CY-115D excels at oil agent stain prevention textile by not only removing existing stains but also by preventing future contamination of both the fabric and the processing cylinders. Its ability to disperse oligomers means you can avoid the frustrating issue of oligomer sticking elimination textile, ensuring a clean and consistent surface for dyeing. This leads to a dramatic improvement in processing quality, eliminating the risk of unsightly color spots and flowers.


As a dedicated textile chemical manufacturer and problem-solving textile chemicals supplier, NINGBO INNO PHARMCHEM CO.,LTD. ensures that Detergent CY-115D is a reliable and effective solution for your most challenging textile processing issues. We offer this highly effective product at a competitive price and are ready to provide technical support to integrate it seamlessly into your operations. Contact us today to learn how our advanced solutions can help you achieve immaculate fabrics and optimize your production processes.