What do you know about nylon thermal fuse?

Production process of nylon thermal fuse: Nylon thermal fuse is made by spinning low-melting polyamide. Low melting point polyamide is a kind of modified polyester. Nylon thermal fuse yarn made by spinning low melting point polyamide has the advantages of low melting point, high thermal bonding strength and stable physical and chemical properties.

Performance characteristics of nylon thermal fuse:

1. Low melting point, the melting point of nylon thermal fuse is as low as 90˚C.

2. Good abrasion resistance. The abrasion resistance of polyamide fiber is particularly good among all textile fibers.

3. High breaking strength, the breaking strength of polyamide fiber filament for textile use is 5.0~6.4g/d.

4. Good dyeability. Polyamide fibers are more difficult to dye than natural fibers, but they are still easier to dye than other synthetic fibers. They are generally dyed with acid dyes.

Application of nylon thermal fuse: Nylon thermal fuse can replace polypropylene and polyamide hot melt adhesives in some fields, and at the same time has its own unique application fields. It is widely used in textile fields such as hot-air method of shoe upper manufacturing, yarn manufacturing, clothing manufacturing, seamless seam locks of clothing, vertical curtains of soft gauze curtains and other textile fields.

Fujian Zhangping Xielong High-tech Chemical Fiber Co., Ltd. is a professional supplier of material spinning, weaving and dyeing for shoe textiles. The main products are nylon thermal fuse, polyester thermal fuse, TPU special filament, and TPU hot-melt omentum, PES hot melt adhesive omentum, PA hot melt omentum, etc.

The launch of Xielong Group's new materials will provide environmentally friendly, safe, and better-performing products for the development of shoe materials, clothing, luggage, furniture, decoration and other industries.

If you want to know more product information, please contact: Ms. Jiang 18861266688 Manager Chen 13960259999 Website: http://www.xlfiber.com