AX C810 Hydrophilic Silicone Softener: Revolutionizing Textile Finishing for Enhanced Fabric Hand-Feel

Discover AX C810, the advanced hydrophilic silicone softener that transforms fabrics with luxurious softness, improved wettability, and lasting quality for textiles worldwide.

Get a Quote & Sample

The Advantages AX C810 Brings to Your Production

Enhanced Fabric Comfort & Durability

AX C810 significantly improves the fabric hand-feel, making textiles softer and more comfortable. Its unique formulation provides a slippery and smooth texture, contributing to the overall quality and durability of the treated fabric, especially for blend fabric treatment.

Superior Wetting & Absorbency

This hydrophilic silicone softener imparts spontaneous wettability, even to hydrophobic substrates. This is particularly beneficial for products like towels, ensuring excellent hydrophilicity for fast moisture absorption, a key requirement for hydrophilic textile auxiliary applications.

Color Integrity & Stability

One of the standout features of AX C810 is its minimal impact on fabric whiteness and color shade. Textile finishing professionals can rely on this agent to achieve desired softness and hand-feel without compromising the original color or fastness of the dyed materials.

Key Applications

Cotton Fabric Treatment

AX C810 is widely used for treating cotton fabrics, enhancing their natural softness and providing a luxurious hand-feel, essential for high-end textile finishing.

Polyester Fabric Softening

It's highly effective in softening polyester fabrics, improving their feel and comfort, addressing the need for polyester fabric softening in performance textiles.

Blended Fabric Hydrophilicity

For blended fabrics, AX C810 ensures excellent hydrophilicity and softness, making them suitable for diverse uses requiring improved blend fabric hydrophilicity.

Towel Production

Specifically, it's an ideal choice for towel production, delivering exceptional softness and rapid absorbency, which is critical for towel softness and absorbency.