Low Melt Point Chips for Polyester Low Melt Fiber

• Customization: Available
• CAS No.: 25038-59-9
• Formula: H(Och2CH2ococ6h4co)Noch2CH2oh
• Model NO.: C2
• Material: Polyethylene Terephthalate/PET
• Usage: Polyester Yarn, Low Melt Yarn, Polyester Fiber
• Plastic Properties After Heated: Thermoplastic Plastics
• Plastic Forming Method: Reaction Injection Plastic
• Color: White
• Transport Package: Bale
• Trademark: JN
• Origin: China
• HS Code: 39076911
• Production Capacity: 50000 Ton/Year

Product Description

Polyester chips, also known as polyethylene terephthalate chips, polyethylene terephthalate resin, abbreviated as PET Chips or PET resin, usually refer to flaky particles processed from PTA and MEG. PET Chips is a high polymer, which is derived from the dehydration condensation reaction of ethylene terephthalate. Polyester chips are developed into different types with vary composite propotions which have different functions.

Textile-grade polyester chips are used for making the Polyester Filament yarn like POY, FDY and Staple fibre. The Yarn grade (Textile grade) chips are available in Semi Dull and Bright PET Chips.

PET Chips used in Textile Industry is also known as Fibre grade PET chips, filament grade PET chips or textile grade PET chips. Textile grade PET Chips are used for making Polyester Filament yarn like POY, FDY and Staple fibre used widely in the Textile industry.

The process of making PET Chips consists of mixing a thermoplastic polyester-resin material with an alumina tri-hydrate (ATH) filler and with a pigment, if desired, in a heated extruder to produce a continuous stream of thermoplastic agglomerate. This product is allowed to cool, then it is cut, ground and screened to a predetermined size, as required to meet the size characteristics of the desired resin-chip product.


 

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