Pure Synthetic Reactive Printing Thickener RG-607D: Enhance Textile Printing with Superior Color Yield & Eco-Friendly Performance

Discover RG-607D, the innovative synthetic thickener revolutionizing reactive printing on cotton and man-made fabrics. Achieve brighter colors, sharper outlines, and superior fabric feel with an eco-friendly, cost-effective solution.

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Achieve Unmatched Advantages in Reactive Printing

Cost Efficiency & Ease of Use

With Reactive Printing Thickener RG-607D, you gain a solution that is not only easy to use but also remarkably cost-effective, being only 2/3 the price of traditional sodium alginate, making it a competitive choice for cost-effective textile thickening agents.

Superior Stability & Alkali Resistance

RG-607D exhibits good stability and alkali resistance, ensuring consistent performance throughout the printing process and enabling its use with sodium alginate, enhancing residual printing paste utilization.

Eco-Friendly Production & Enhanced Fabric Quality

As a non-APEO and environmentally friendly reactive printing thickener, RG-607D contributes to sustainable practices while delivering a better fabric hand feel than conventional thickeners, especially for dark shades.

Key Applications

Reactive Printing on Cotton Fabrics

Our Pure Synthetic Reactive Printing Thickener RG-607D is specifically formulated for optimal performance in reactive printing on cotton, ensuring vibrant colors and excellent wash fastness.

Reactive Printing on Man-Made Cotton

Achieve outstanding results on synthetic blends; this textile printing auxiliary excels in reactive printing on man-made cotton, providing superior clarity and color intensity.

Enhanced Rotary Screen Printing

With its better effect on net permeability for rotary screen printing, RG-607D ensures precise pattern transfer and sharp details, making it an ideal rotary screen printing thickener.

Versatile Textile Auxiliary Applications

Beyond specific printing methods, RG-607D serves as a crucial textile printing auxiliary, supporting various processes to improve overall fabric quality and production efficiency.