Cellulose and rayon blends are widely used in the textile industry for their comfort and versatility, but optimizing their properties requires specialized treatment. Specialized Softeners for Cellulose & Rayon Blends play a crucial role in achieving the desired hand feel and performance characteristics. NINGBO INNO PHARMCHEM CO.,LTD. offers an innovative solution designed specifically for these fibers: our Hydrophilic Stiff Smooth Anti-Microbial Softener.

This advanced block silicone quaternary ammonium salt softener is formulated to imbue cellulose fibers, rayon, and their blends with exceptional qualities. It significantly enhances the hydrophilicity of these fibers, allowing for rapid moisture absorption and improved breathability, which is essential for comfortable wear. Furthermore, it delivers a desirable stiff, smooth, fine, and silk-quality handle, elevating the luxurious feel of the fabric. Manufacturers can find a competitive mildew proof textile additive price for this product.

Beyond tactile improvements, our softener provides a powerful and durable anti-microbial effect. This is particularly important for cellulose and rayon, which can be susceptible to microbial growth. The anti-bacterial result conforms to the FZ/T 73023-2006 standard AAA, ensuring long-lasting freshness and hygiene even after numerous washes. It also offers good deodorization, maintaining the fabric's pristine condition.

The application of this textile anti-bacterial finishing agent is straightforward, suitable for padding and impregnation methods, ensuring easy integration into existing production processes. Its stable property and safety in use further underscore its reliability as a preferred textile auxiliary agent. For those looking to buy hydrophilic stiff smooth anti-microbial softener specifically tailored for cellulose fiber, rayon, and blends, NINGBO INNO PHARMCHEM CO.,LTD. is a trusted silicone quaternary ammonium salt softener supplier committed to delivering high-performance solutions for superior fabric optimization.