Nylon filament Nylon filament for 3D fly knitted upper 95℃ low melting point nylon hot melt yarnThermal fuse—low melting point fusible fiber
Also known as fusible yarn, fusible bonding yarn, used in textiles, footwear, industrial and products. The melting point can be controlled between 85°C and 180°C by adjusting the raw material characteristics. At normal temperature, the thermal fuse is woven into a fabric with other fibers, and then pressure is applied to the fabric under dry heat or wet heat. When the temperature is higher than the melting point of the thermal fuse, the thermal fuse gradually melts. At this temperature, other conventional fibers remain unchanged and are thus bonded together by the thermal fuse filaments. It melts at a much lower temperature than ordinary fibers, thus not damaging the fibers or fabrics. It is a highly functional raw yarn that provides the desired adhesion, strengthens the cohesion of the fibers, and imparts morphological stability. Therefore, hot melt wire can replace chemical adhesives such as glue, avoiding the pollution of volatile matter and powder layer, and is environmentally friendly; at the same time, it saves the process flow, improves production efficiency, and reduces downstream production.
Fibers are polar
Nylon hot melt wire is used to bond nylon fiber
Polyester hot melt yarn is used to bond polyester fibers
Melting conditions
Both dry heat and moist heat are available. The dyeing rate is uniform and stable
This model is 95℃ nylon thermal fuse wire
The raw materials are of high quality and all imported raw materials are used.
The melting point is produced strictly in accordance with the standard melting point.
The color is sliced in primary colors, which has better color fastness, color luminosity and physical properties than masterbatch dyeing.
In terms of performance, it feels softer and more comfortable, has more elasticity, is stronger, has stronger adhesion, has better stability, has better shaping effect, has a fast setting speed, is resistant to washing and drying detergents, is breathable and waterproof, and has no environmental pollution.
use:Used in 3D fly knitted uppers, high-strength Bondi threads, knitted fabric fibers, sewing threads, chenille yarns, home textiles, high-strength webbing cords, lace, shirt collars, clothing linings, and car interiors . Car safety airbags, etc.
Flying woven upper—plays the role of thermal bonding and shaping during the weaving process
High strength Bondi thread/sewing thread—prevents thread splitting during sewing
Suture line—Prevent wrinkles along the suture line
Unidirectional weaving—produces flat fabrics in carbon and glass fibers
Serrated edge—prevent small loops from missing stitches and pulling out
Chenille yarn—prevents loose fibers from falling off
Labor protection gloves—effective edge sealing at the cuffs
Blind seams—prevent ruffles from unraveling
Post time: Jun-27-2024