- What is PA hot melt omentum? A comprehensive guide to its raw materials, manufacturing process and application scenarios.
- The 2026 International Conference on Ecological Textiles was grandly held in Wuxi City.
- Say goodbye to delamination and hardening! Xielong Group High-tech Chemical Fiber Company Co., Ltd.PA hot melt omentum precisely solves composite problems in multiple industries
- The Wenzhou Fashion Footwear Industry Chain Connection Activity and the 2026 China Shoe Capital E-commerce Conference Grandly Opens
- What exactly is being melted when the nylon hot melt filament is heated?
- Contact: Mr. Jin +86 15805011538
- Email: xmzx333@163.com
- Web: www.xlfiber.com
- Add: 85 Jinghua Avenue, Xiyuan Industrial Park, Zhangping City, Fujian
Zhangping Xielong High-tech Chemical Fiber Co., Ltd., as a professional supplier of chemical fiber materials, produces nylon thermal fuses that enjoy multiple advantages and are widely used in various fields such as textiles, shoe materials, automotive interiors, and luggage bags, serving as an important link connecting materials and end products.
This product is based on polyamide and through a modified blending process, effectively reduces crystallinity and precisely controls the melting temperature, achieving the core characteristics of being able to be woven at room temperature and adhering upon heating.
With the continuous innovation in the shoe material industry, lightweight, breathable, and durable have become the core requirements of the products. The nylon thermal fuses of Fujian Zhangping Xielong High-tech Chemical Fiber Co., Ltd., with their excellent performance, provide a new direction for optimizing the shoe production process and have become the preferred materials for many well-known sports brands.
Xielong nylon thermal fuses are highly compatible with TPU fly-weave fabrics, completely changing the traditional shoe surface production mode. Without the need for additional adhesives, it effectively avoids environmental hazards.
In the production of fly-weave shoe surfaces, Xielong nylon thermal fuses can be woven synchronously with TPU fibers. Subsequently, through a heat pressing process at 120–160°C for 20–30 seconds, a firm bond can be formed at the fiber interweaving points, significantly improving the tensile strength and shape stability of the shoe surface.
After actual testing, the fly-weave shoe surfaces using this product are less likely to deform or sag during repeated bending and daily wear, effectively extending the lifespan of the shoes. At the same time, the product itself has certain elasticity, does not affect the bending performance of the shoe surface, and balances comfort and functionality.
Fujian Zhangping Xielong Group High-tech Chemical Fiber Company Co., Ltd. leading products of include:nylon thermal fuse, TPU special filament, polyester thermal fuse, TPU hot melt omentum, PA hot melt omentum,.The company has always adhered to the 3s core service tenet: "saving time, cost savings, saving losses", advocates a total of industrial value, and is committed to providing a better solution for the overall industrial chain. Plan, welcome to buy the nylon thermal fuse,polyester thermal fuse!
- The 2026 International Conference on Ecological Textiles was grandly held in Wuxi City.
- What is PA hot melt omentum? A comprehensive guide to its raw materials, manufacturing pro
- Say goodbye to delamination and hardening! Xielong Group High-tech Chemical Fiber Company
- The Wenzhou Fashion Footwear Industry Chain Connection Activity and the 2026 China Shoe Ca
- What exactly is being melted when the nylon hot melt filament is heated?
- Strictly control the entire process of quality control.Fujian Zhangping Xielong Group High
- The theme event of Export Quality Products Entering Shandong Textile Expo was held in Qing
- We are purchasing nylon thermal fuses from Xinglong High-tech Chemical Fiber Co., Ltd. Hav
- Global Green Fiber High-End Manufacturing Cluster Project in Siping Zhuangzhai Commences C
- Strict quality control, stable adhesion - Take a look at the nylon thermal fuse produced b