KR-507: Achieve Unmatched Softness with Cold Water Soluble Cationic Softener Flakes

Discover KR-507, the advanced cationic softener flake designed for superior fabric feel and efficient cold water processing, perfect for cotton, polyester, and their blends.

Get a Quote & Sample

Key Advantages of KR-507

Exceptional Softness & Smoothness

KR-507 is formulated to impart a luxurious soft and smooth hand feeling, transforming the tactile quality of your fabrics and delighting end-users who seek high-quality textile finishing. This super soft textile auxiliary agent is a game-changer.

Cold Water Efficiency

Benefit from cold water instant dissolving, which streamlines your fabric finishing process. This feature, characteristic of our cold water soluble fabric softener flakes, significantly reduces energy consumption and shortens processing cycles.

Versatile & Reliable Performance

With its strong cationic nature and good salt and alkali resistance, KR-507 ensures stable and effective conditioning across various fabric types, including demanding cotton and polyester blends.

Key Applications

Textile Finishing Excellence

KR-507 is an indispensable fabric finishing chemical, delivering superior feel and drape to a wide array of textiles, enhancing their market appeal. It's a top choice for comprehensive textile finishing.

Cotton and Polyester Blends

Specifically designed for cotton and polyester blends, our cationic softener ensures consistent, luxurious softness across these popular mixed fabrics. This is your go-to cationic softener for cotton polyester blends.

Woven Fabric Treatment

Ideal for treating various woven fabrics, KR-507 enhances their texture and performance, making them more appealing and comfortable. Our fabric conditioner for woven fabrics sets new standards.

Advanced Garment Washing

In garment washing applications, KR-507 contributes to a soft, pleasing finish, improving the overall quality and wearability of finished garments. Achieve superior results in garment washing with our premium flakes.