Surfactants are the workhorses of many industrial chemical processes, enabling wetting, emulsification, and dispersion. When it comes to demanding applications in textiles and leather, an alkali-resistant surfactant with high performance is essential. NINGBO INNO PHARMCHEM CO.,LTD. proudly presents Textile Preatment Dyeing Alkali Penetrant RG-TP950 as a prime example of such a versatile and effective industrial surfactant.


RG-TP950 is uniquely characterized by its nonionic/weak anionic properties, which provide excellent compatibility across a wide range of pH conditions and with other chemical components. This makes it an invaluable textile auxiliary in various stages of fabric processing, from initial pretreatment to final dyeing and finishing. Its exceptional alkali resistance penetrant for textile dyeing allows it to maintain structural integrity and performance even in highly caustic solutions, a common requirement in many modern textile mills.


The product's superior permeability is a direct result of its surfactant nature, enabling processing liquids to quickly and uniformly penetrate challenging substrates like densely woven fabrics and leather hides. This rapid penetration, within 12 seconds at 25°C in a 1% aqueous solution, significantly improves process efficiency and ensures consistent results. For those looking to buy a high temperature stable textile auxiliary, RG-TP950's stability at elevated temperatures further underscores its reliability and efficiency.


As an effective oil stain removal textile chemical, RG-TP950 also plays a dual role by contributing to cleaner fabrics prior to dyeing, which is critical for achieving defect-free color applications. NINGBO INNO PHARMCHEM CO.,LTD. stands as a trusted industrial penetrant supplier, offering this multi-functional product that optimizes both the wetting and cleaning aspects of industrial operations. Inquire about the RG-TP950 price today and integrate this powerful alkali-resistant surfactant into your production for improved quality and efficiency.