In textile wet processing, maintaining the stability of chemicals—especially during high-temperature washing and pre-treatment—is a critical factor. CRN CLEAN CW is an anionic scouring and wetting agent with a high cloud point, ensuring it retains its efficacy even at elevated temperatures. This characteristic prevents the product from precipitating in hot baths, thereby eliminating the risk of spotting on the fabric.
High-Temperature Stability and Cloud Point Advantage
The cloud point is the temperature at which a surfactant becomes insoluble in water and begins to cloud the solution. CRN CLEAN CW features a significantly higher cloud point compared to standard wetting agents.
Full Performance in Hot Baths: It maintains its molecular structure during high-temperature bleaching and scouring, continuing to provide superior wetting and cleaning.
Prevention of Stains and Residues: By preventing the formation of "oil spots" or silicone-like residues often caused by products with low cloud points, it ensures a pristine base before dyeing.
Powerful Scouring and Anionic Wetting Potency
Due to its anionic nature, it reduces surface tension within seconds. While ensuring the fabric absorbs the bath rapidly, it offers aggressive cleaning against fiber contaminants.
Oil and Paraffin Removal: Effectively emulsifies natural waxes, sizing residues, and knitting oils, trapping them within the bath.
Superior Hydrophilicity: Post-treatment, it imparts excellent water absorbency to the fabric, facilitating a uniform bond between dyestuffs and the fiber.
Key Advantages of CRN CLEAN CW
Thermal Stability: Prevents efficiency loss during hot washing and bleaching processes.
Versatile Application: Suitable for all wet processes of cotton, synthetic, and blended fabrics in both continuous and discontinuous systems.
Anti-Redeposition: Prevents dissolved impurities from settling back onto the fabric, helping achieve high color fastness levels.
Excellent Rinseability: Quickly detaches from the fabric, promoting savings in both water and processing time.