Achieve Superior Fabric Thickness with KR-960 Salt-Resistant Thickening Agent

Elevate your textiles with KR-960, the advanced solution ensuring robust thickness and uncompromised salt resistance for all your fabric finishing needs.

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Product Brings Advantages

Enhanced Stability in MgS Systems

KR-960 demonstrates exceptional high stability in MgS systems, allowing for seamless integration even with high concentration MgS, ensuring your textile thickening agent with MgS compatibility processes remain smooth and efficient.

Superior Fabric Finish Quality

Achieve superior fabric finish quality, including stable stiffening and thickness, preventing common issues like roll sticking and ensuring fabrics get good effects of thickness with this nonionic polymer.

Versatile Application Across Fabrics

The nonionic high molecular copolymer composition makes KR-960 a versatile nonionic fabric post-processing auxiliary suitable for a wide range of cotton, polyester, and blended fabrics, enhancing their performance.

Key Applications

Cotton Fabric Processing

KR-960 excels in cotton fabric processing, providing excellent fabric thickening finishing that ensures a high-quality hand feel and desired stiffness for pure cotton textiles.

Polyester Fabric Treatment

For polyester fabric treatment, KR-960 offers a reliable solution for enhancing thickness and achieving stable stiffening effects, crucial for specialized synthetic textile applications, including use as a KR-960 polyester fabric stiffener.

Blended Fabrics Stiffening

The agent is highly effective for blended fabrics stiffening, maintaining product integrity and consistency across various fiber compositions, from cotton-polyester to other unique blends, making it ideal for fabric finishing chemicals for blended textiles.

General Textile Post-Processing

As a general textile post-processing auxiliary, KR-960 simplifies your finishing steps, offering significant advantages in stability and performance for a wide array of textile products, enhancing the overall textile post-processing.