CH

Carbon Capture Polyester Woven Fabric

1/

返回中文介面:碳捕捉聚酯梭織布
Ethylene glycol (EG) is a raw material used in the production of polyester fibres. The Mailiao EG Plant operated by Nan Ya Plastics Corporation generates approximately 380,000 tonnes of carbon dioxide each year during production. Of this amount, approximately 280,000 tonnes are released into the atmosphere, while approximately 100,000 tonnes per year are recovered through a carbon-capture system. The captured carbon dioxide is converted into ethylene glycol through chemical reactions. The resulting ethylene glycol undergoes esterification and polycondensation with purified terephthalic acid (PTA) to produce polyethylene terephthalate (PET) resin. The resin is then melt-spun into polyester fibres. These fibres can be processed into woven fabric. Finishing processes that provide moisture-wicking and quick-drying properties can further improve moisture dissipation, breathability and resistance to repeated washing. The fabric is suitable for functional textile products such as sports shorts. more

1/

Material Features
❖ Breathe
▽ Low-carbon
Related Metrials

2-208-D46

Rayon Polyester Fabric Cloth (ECOVERO)

2-027-D30

Sea wool yarn (Sea wool shirt cloth with twisting effect)

2-151-B59

MARINYLON™ Recycle Fishnet Poly Cloth (MNEKS003)

Recycled PET Fabric

2-176-F43

Recycled PET Fabric (KF0116N)

2-030-D30

SEAWOOL® Sea wool yarn (Elastic Cotton Flannel Cloth)

2-097-E34

SPANFIT®Conjugate Mechanical Stretch PET

2-010-F31.

01F.02.04

S.café ® Coffee fabric

2-134-B53

Poly/Fenglisa Cloth (BG22178)

2-026-D30

Seawool yarn(Eco-friendly sea wool quick-dry double-sided cloth)

2-011-F31.

01F.02.05

S.Café ICE-CAFÉ™ sustainable fabric

2-065-M31.

03F.03.04

Eco-friendly recycled fiber non-woven fabric(series 5)

2-231-F57

Recycled PET Bottles for Knitted Fabric

Supplier Information

You need to log in as a member to see the relevant information of the factory.

Member Login

Quick login

Ethylene glycol (EG) is a raw material used in the production of polyester fibres. The Mailiao EG Plant operated by Nan Ya Plastics Corporation generates approximately 380,000 tonnes of carbon dioxide each year during production. Of this amount, approximately 280,000 tonnes are released into the atmosphere, while approximately 100,000 tonnes per year are recovered through a carbon-capture system. The captured carbon dioxide is converted into ethylene glycol through chemical reactions. The resulting ethylene glycol undergoes esterification and polycondensation with purified terephthalic acid (PTA) to produce polyethylene terephthalate (PET) resin. The resin is then melt-spun into polyester fibres. These fibres can be processed into woven fabric. Finishing processes that provide moisture-wicking and quick-drying properties can further improve moisture dissipation, breathability and resistance to repeated washing. The fabric is suitable for functional textile products such as sports shorts.