Unleash Vibrant Colors: KR-708HE Reactive Thickener for Superior Cotton and Fabric Rotary Printing

Revolutionize your textile prints with KR-708HE, an advanced reactive thickener that promises unparalleled color vibrancy, exceptional performance, and significant cost savings for all your printing needs.

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Product Brings Forth Advantages In

Unrivaled Performance and Stability

Reactive Printing Thickener KR-708HE demonstrates better performance than sodium alginate, boasting strong thickening ability and good stability, even under challenging conditions. It ensures consistent paste viscosity and print quality.

Exceptional Color Vibrancy and Permeability

This high color yield textile thickener not only enhances the brightness and color value of your dyes but also ensures good permeability, leading to vivid, deeply penetrated prints. It truly acts as a powerful dyeing enhancer.

Economic Efficiency and Ease of Use

With its low cost and easy solubility, KR-708HE is a highly economical choice. It can be used alone or mixed, greatly reducing printing costs while maintaining a high standard of textile printing auxiliary performance.

Key Applications

Reactive Printing on Pure Cotton

KR-708HE is optimally designed for reactive printing on pure cotton fabrics, delivering exceptional color fixation and wash fastness. It is the ideal cotton reactive printing auxiliary for vibrant results.

Versatile Fabric Printing

Beyond cotton, this reactive printing thickener is highly effective across all kinds of fabrics, ensuring high color yield textile thickener benefits for diverse textile printing needs.

Rotary Screen Printing Enhancement

For large-scale production, KR-708HE serves as an excellent rotary screen printing thickener, providing superior paste rheology for smooth, consistent, and high-definition prints.

Flat Screen Printing Precision

Achieve intricate details and sharp outlines in flat screen printing with the reliable performance of this anionic polymer, ensuring precise application and brilliant color transfer.