The presence of waxes, oils, and sizing agents on raw fabrics can significantly impede subsequent dyeing, printing, and finishing processes, leading to inconsistent results and compromised quality. Therefore, employing effective textile wax removal and desizing agents is a crucial step in textile pretreatment.


NINGBO INNO PHARMCHEM CO.,LTD. offers Sylic® Cationic Scouring Agent CY-01P, a highly efficient solution specifically formulated to tackle these challenges. This advanced product provides an excellent desizing effect and is particularly effective as a fabric wax removal agent for cotton and its blended fabrics. It ensures that all hydrophobic impurities are thoroughly emulsified and dispersed, leaving the fabric clean and highly absorbent. As a reputable concentrated textile detergent supplier, we prioritize comprehensive cleaning solutions.


Sylic® CY-01P's performance extends to improving the overall hydrophilicity and whiteness of the fabric, making it more receptive to dyes and finishes. Its powerful emulsification and dispersion properties, combined with strong alkali resistance, ensure consistent and reliable results even in demanding industrial settings. Manufacturers looking to buy/purchase high-performance textile auxiliaries for wax removal and desizing will find our product offers an optimal balance of effectiveness and ease of use. Competitive pricing for this textile oil remover chemical CY-01P makes it an attractive choice for optimizing pretreatment costs.


NINGBO INNO PHARMCHEM CO.,LTD. is dedicated to supporting the textile industry with innovative and high-quality chemical auxiliaries. Sylic® Cationic Scouring Agent CY-01P is a testament to our commitment, providing textile manufacturers with a powerful tool to achieve superior fabric quality and processing efficiency. Ensure your fabrics are perfectly prepared for the next stage of production by choosing our proven solutions. Contact NINGBO INNO PHARMCHEM CO.,LTD. today to discuss your specific needs for textile wax removal and desizing.