In textile wet processing, achieving the same high standard of cleanliness across various fiber types—be they natural, synthetic, or blends—is vital for operational efficiency. CRN CLEAN HY is a highly concentrated non-ionic scouring and wetting agent that delivers superior performance on all fabric types without exception. While rapidly removing impurities from the fiber, it prepares the ideal base for dyeing and printing without compromising the fabric's integrity.
Universal Scouring and Wetting Potency
Due to its non-ionic nature, CRN CLEAN HY is chemically highly flexible. It can be safely used on a wide range of materials, from cotton and polyester to wool and viscose.
Instant Wetting: Reduces surface tension the moment the fabric enters the bath, ensuring water and other auxiliaries reach the deepest points of the fibers.
Powerful Soil Removal: Effectively breaks down knitting and weaving oils, natural waxes, and industrial dust on the fabric, trapping them within the bath.
Economic Advantage via Concentrated Formula
Its concentrated structure makes CRN CLEAN HY a cost-oriented solution for large-scale facilities.
High Impact at Low Dosages: Provides complete cleaning even at significantly lower usage rates compared to standard scouring agents.
Storage and Logistical Ease: Allows for processing more fabric with less product, saving on storage space and transportation costs.
Key Advantages of CRN CLEAN HY
Superior Emulsification: Ensures oils and impurities remain stably suspended in the bath, preventing them from settling back onto the fabric (redeposition).
Broad Compatibility: Its non-ionic structure allows it to function seamlessly in the same bath with all other anionic, cationic, or non-ionic auxiliaries without precipitation.
Excellent Hydrophilicity: Enhances the brilliant and uniform fixation of dyestuffs by imparting superior water absorbency to the fabric post-scouring.
Fast Rinseability: Rinses away quickly without leaving residues on the fabric surface, minimizing the risk of spotting during the dyeing stage.