Fiber Supplier Wholesale Good Price Nonwoven Polyester Low Melt Fiber 4D X51mm

Product Details
Customization: Available
Colorfastness: Low
Fiber Type: Staple
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  • Fiber Supplier Wholesale Good Price Nonwoven Polyester Low Melt Fiber 4D X51mm
  • Fiber Supplier Wholesale Good Price Nonwoven Polyester Low Melt Fiber 4D X51mm
  • Fiber Supplier Wholesale Good Price Nonwoven Polyester Low Melt Fiber 4D X51mm
  • Fiber Supplier Wholesale Good Price Nonwoven Polyester Low Melt Fiber 4D X51mm
  • Fiber Supplier Wholesale Good Price Nonwoven Polyester Low Melt Fiber 4D X51mm
  • Fiber Supplier Wholesale Good Price Nonwoven Polyester Low Melt Fiber 4D X51mm
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Basic Info.

Model NO.
4d x51mm
Moisture Absorption
Low
Category
Chemical Fiber
Usage
Industrial, Home Textile
Feature
Abrasion-Resistant, Low Melt
Pattern
Plain
Width
43/44"
Grade
Virgin
Shape
Rayon
Material
Polyester
Transport Package
Bale
Trademark
JN
Origin
China
HS Code
5503200000

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
Fiber Supplier Wholesale Good Price Nonwoven Polyester Low Melt Fiber 4D X51mm
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.

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