Low Melt Polyester Staple Fiber 1.2D to 4D in White and Black

• Usage: Spinning, Non-Woven Fabric
• Material: 100% Polyester
• Fiber Type: Staple
• Pattern: Solid
• Color: White
• Width: Cut Length 51mm,64mm
• Model NO.: 4D51mm
• Function: Low Melting Bonding Fiber
• Structure: Low Melting Bonding Fiber
• Quality: Pure Virgin
• Shade Color: White and Black
• Thickness: 2D 2.5D,4.5D,6D
• Cut Length: 51mm,64mm
• Packing Style: PP Bag in Bales
• Loading Quantity: 25.2ton Into 40hq
• Delivery: 2weeks After Received Advance
• Terms of Payment: 30%Advance,70%Ballance Will Be Paid Agaist Showing
• Application: Nonwoven
• Melting Point: 100 Degree
• Transport Package: PP Bag in Bales
• Specification: ISO
• Trademark: RUI
• Origin: Made in China
• HS Code: 5503200000
• Production Capacity: 10, 000 Per Monthly

Product Description

 

Polyester Low Melt Fiber
Denier	2D,4D,6D,15D
Cut-length	38, 51, 64, 76, 89mm
Melting Temperarure	110ºC
Features	- produced by using polyester and modified polyester to spin simultaneously - mix with normal fiber to form the nonwoven, then heat to bond them together and become an elastomer - can be melted at lower temperature (100~200°C), making it possible to be bonded with other fibers without any harmful adhesives
Usage	Nonwoven
Application	Mattress of bed, seat cushions, shoe upper

 Low Melt Fiber is produced by using polyester and modified polyester to spin simultaneously. The melting point is below 130ºC. It can mix with normal fiber to form the nonwoven, then heat to bond them together and become an elastomer.

Low Melt Fiber can be melted at lower temperature (100~200°C), making it possible to be bonded with other fibers without any harmful adhesives, compared with normal polyester fiber is melted at higher temperature of more than 280°C. This property contributes to environmental conservation by generating less carbon dioxide and heat. Its applications vary from automotive car interiors (door trims, ceiling materials, head liners, etc.), to furniture, construction, and industrial use.