The hot melt yarn is made of sliced polyester and nylon and has undergone special drawing and twisting procedures.
Choosing a hot melt yarn can be a daunting task. There are many different types to choose from and each has its own unique set of advantages and disadvantages. Choosing the right o
Whether you're knitting your first sweater, or knitting for a friend, you'll want to know what to pay attention to when using hot melt yarn. Hot melt yarn is a kind of adhesive tha
Fine denier nylon is also known as spunbond, and is used in industrial applications for packaging, medical sterile packaging, floppy disk liners, and high-performance envelopes. In
Low Melting Point Nylon Hot Fuse is made from a modified low melting point chemical fiber filament. The filament is woven into fabric, which has a soft, breathable surface. The fab
Nylon is a common textile fiber used for clothing and other applications. Its properties are excellent for abrasion resistance, stretch, and wrinkle-free properties. It is also hig
The benefits of low melting point nylon hot melt yarn include its durability and high thermal bonding strength. This type of yarn is used for many applications, including cloth and
Low Melting Point Nylon Filament (LMP-Nylon) is a strong and stable polymer that has an amazing range of applications. It was first used in World War II by DuPont in making nylon s
Hot Melt Yarn, also known as bonding yarn, is a very versatile material with countless applications. It can be used for edge bonding, thermo-adhesive labels, fancy yarn, blind-stit
Viscose advantages: 1. Good dyeing performance. Because viscose fiber has strong moisture absorption, viscose fiber is easier to color than cotton fiber, the color is pure, gorgeou
Nylon hot melt yarn: It is made by spinning low-melting polyamide. The low-melting point polyamide is a modified polyester. The nylon hot-melt filament produced by spinning the low
Polyester hot-melt yarn: It mixed with conventional polyester or other fibers to produce nonwoven fabrics or knitted or woven into thermally bonded fiber products. They have the ch
