QuangFeng SW-310 is a high-performance textile auxiliary agent characterized by its ternary copolymer composition. As a light yellow and transparent liquid, it is engineered for high stability and is easily diluted for various factory applications. Its unique terpolymer structure ensures that treated sewing threads and yarns achieve an ultra-soft and ultra-smooth quality while remaining completely washable. Formulated with a weak cationic ionicity, this green environmental product is offered through factory direct sale to ensure maximum efficiency in textile processing.

• Appearance: Light yellow and transparent

• Composition: Ternary Copolymer

• Purity: 38%

• pH Value: 5-7

• Ionicity: Weak cationic

• Package: 120kg, 200kg

• Terpolymer Structure: Provides a stable structure that ensures consistent lubrication and a durable, high-quality finish on fibers.

• Ultra-Soft and Smooth Finish: Dramatically reduces friction to deliver an ultra-soft and ultra-smooth tactile experience for yarns.

• Non-Ionic & Weak Cationic Emulsion: Features a versatile non-ionic base with weak cationic properties for excellent compatibility and fiber adhesion.

• Easily Diluted Formula: Designed to be easily diluted, allowing for flexible concentration adjustments based on specific industrial needs.

• Green Environmental Design: A green environmental auxiliary that meets modern eco-friendly manufacturing standards.

• Sewing Thread Lubrication: Primarily used as a sewing thread lubricant to prevent thread breakage and ensure smooth high-speed stitching.

• Yarn Finishing: Highly suitable for yarns, providing essential lubrication that improves the "hand-feel" and workability of the material.

• Washable Textile Treatment: Ideal for products requiring a soft finish that remains washable and durable over time.

• Industrial Factory Processing: A reliable factory direct solution for large-scale textile mills requiring stable chemical auxiliaries.

• Eco-Conscious Manufacturing: Preferred for production lines focusing on green environmental standards without sacrificing product performance.