- The low melting point characteristic of nylon thermal fuse empowers innovation in the textile industry
- The 2025 International Textile Innovation Conference is about to be held in Keqiao
- Will the prices of Christmas clothing around the world increase?
- Nylon thermal fuse is an innovative material for multi-field bonding solutions
- The 2025 Textile and Apparel Growth Brand Conference was held in Changshu
- Nylon hermal fuse helps stabilize the shape of textile fabrics, achieve seamless connection and functional innovation
- Contact: Mr. Jin +86 15805011538
- Email: xmzx333@163.com
- Web: www.xlfiber.com
- Add: 85 Jinghua Avenue, Xiyuan Industrial Park, Zhangping City, Fujian
Nylon thermal fuse, also known as low-melting-point nylon fiber or fusible yarn, is a functional fiber produced by spinning low-melting-point polyamide. This material, with its unique heat-bonding properties, plays a significant role in numerous fields such as textiles, shoe materials, and automotive interiors. Its core value lies in the ability to activate the bonding function through precisely controlled temperature, achieving efficient material lamination.
Unique low melting point property
The notable feature of nylon thermal fuse is that it can melt at a relatively low temperature. Depending on different product specifications and modification processes, its melting point can be controlled between 85℃ and 180℃, and some products can even achieve a melting point as low as 85℃. This controllable low-temperature melting property enables it to soften and transform into a fluid with fluidity when heated, and re-solidify upon cooling, achieving a strong bonding effect.
This low-temperature processing advantage means that during the production process, the hot melt can melt at a temperature that does not damage other conventional fibers, thereby maintaining the integrity and performance of the overall fabric. For instance, in the manufacturing of flying fabric uppers, hot melt filaments can play a role in thermal bonding and shaping during the weaving process without affecting the physical properties of other fibers.
Diversified performance advantages
In addition to its low melting point, nylon thermal fuse also possesses a number of excellent properties. It has good wear resistance. The wear resistance of polyamide fibers is relatively outstanding among all textile fibers. Meanwhile, it also has a relatively high breaking strength. The breaking strength of polyamide fiber filaments used in textiles can reach 5.0-6.4g/d.
Nylon thermal fuse also has good dyeing performance. Although the dyeing property of polyamide fiber is slightly inferior to that of natural fiber, it is easier to dye than other synthetic fibers. Usually, acid dyes can be used for dyeing. This feature provides more design flexibility for the product.
Wide range of application fields
The application fields of nylon thermal fuse are very extensive. In the field of garment manufacturing, it can be used for seamless underwear hemming, garment lining, shirt collars, etc., to achieve seamless bonding
. In terms of shoe materials, it is a key material for 3D fly-woven uppers, playing a role in thermal bonding and shaping during the weaving process.
In the field of home and industrial textiles, nylon thermal fuse can be used in the manufacturing of Chenille yarn, lace, webbing, automotive interiors and other products. In addition, it also plays a significant role in high-strength Bundy thread, sewing thread and other fields, preventing the thread from splitting during the sewing process and at the same time preventing wrinkles along the thread from forming.
Environmental protection and economic benefits
Compared with traditional chemical adhesives, nylon thermal fuses have obvious environmental advantages. It can replace chemical adhesives such as glue, avoid pollution from volatile substances and powder layers, and is more environmentally friendly and non-toxic. Meanwhile, the use of hot melt wires can simplify the production process, enhance production efficiency and reduce the production costs of downstream enterprises.
With the global emphasis on environmental protection and sustainable development, the market for nylon thermal fuse has shown a steady growth trend. According to industry reports, the market for nylon hot melt wire is expected to maintain growth. This trend is driven by both the continuous release of industry demand and technological innovation.
Nylon thermal fuse, as a high-performance special fiber, provides innovative solutions for multiple industries through its unique low-melting-point characteristics and excellent physical and chemical properties. With the continuous advancement of materials science, the application prospects of this functional fiber will be even broader.
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 2025 International Textile Innovation Conference is about to be held in Keqiao
- The low melting point characteristic of nylon thermal fuse empowers innovation in the text
- Will the prices of Christmas clothing around the world increase?
- Nylon thermal fuse is an innovative material for multi-field bonding solutions
- The 2025 Textile and Apparel Growth Brand Conference was held in Changshu
- Nylon hermal fuse helps stabilize the shape of textile fabrics, achieve seamless connectio
- The press conference for the 8th World Textile Merchants Conference in 2025 was held in Be
- The production technology of nylon thermal fuse features high efficiency and highlights, e
- The Global Textile Network 2025 National Trend Fabric Selection will grandly kick off in t
- Xielong Chemical Fiber: The Performance Code and Industrial Value of TPU Special Filament