Discover the Advanced Multi-Effect Scouring Agent for Superior Textile Pre-treatment

Experience unparalleled cleaning efficiency for polyester and cotton blends with our innovative low-temperature, environmentally friendly scouring agent. Enhance your textile processing with a supplier committed to quality and performance.

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Key Advantages of Our Multi-Effect Scouring Agent

Reduced Energy and Time Consumption

Our scouring agent enables efficient processing at 85°C for 30-45 minutes, or 98°C for 20-30 minutes, significantly cutting down on the energy and time typically required. This makes it an ideal choice for buyers seeking efficient textile auxiliary solutions.

Lower Weight Loss and Fabric Strength Preservation

Experience a lower weight loss rate (around 4-5%) compared to traditional agents (6-8%), preserving fabric integrity. The low-temperature refining process minimizes stress on fibers, maintaining fabric strength and reducing creases.

Comprehensive Cost Reduction

By saving water, energy, and time, and offering high gross efficiency at a small dosage, our multi-effect scouring agent helps reduce overall production costs. Contact us for a quote and explore bulk purchase options from our China supplier.

Versatile Applications in Textile Pre-treatment

Cotton and Blend Pre-treatment

Ideal for the pre-treatment of cotton, human cotton, and their blended knitwear and yarn, ensuring optimal preparation for subsequent dyeing and finishing processes.

Enhanced Dyeing and Printing

The improved capillary effect and fiber surface preparation ensure better dye penetration, leading to more uniform and vibrant results in dyeing and printing applications.

Low-Temperature Scouring Processes

Perfect for facilities looking to implement lower temperature processing, saving energy and reducing the risk of fabric damage or creasing, a common concern for product formulators.

Whiteness Improvement

Effectively removes natural impurities and processing residues to significantly improve the whiteness of fabrics before they enter the dyeing stage.