What Is The Difference Between Recycled PET Fabric And Ordinary Polyester Fabric?

What is the difference between recycled PET fabric and ordinary polyester fabric?
Recycled PET fabric
RPET Fabric is a new type of Recycled PET Fabric, which is also known as recycled PET fabric in English.
Its yarn is extracted from recycled mineral water bottles and Coke bottles (also known as Coke bottle eco-friendly cloth), plastic bottles (600c) = carbon reduction 25.2g = oil saving 0.52cc = water saving 88.6CC.
Each ton of PET yarn can save 6 tons of oil, which contributes to reducing air pollution and controlling the greenhouse effect.
Because it is a new kind of green, renewable and environmentally friendly fabric, its low carbon source has made a great contribution to saving oil resources and protecting the ecological environment.
Therefore, it is very popular abroad, especially in the developed countries of Europe and America. It is widely used in vests, shirts, skirts, children's clothes, silk scarves, cheongsam, ties, handkerchiefs, household textiles, curtains, pajamas, butterflies
Knots, gift bags, sleeves, fashion umbrellas, pillowcases, pillows, etc.
Ordinary polyester fabric
Dacron is polyester fiber, invented in 1941, is an important variety of synthetic fibers.
Polyester is prepared from pure p-benzoic acid (PTA) or dimethyl terephthalate (DMT) and glycol (MEG) by esterification or transesterification and polycondensation. Polymer.
The greatest advantage of fibers made by spinning and post-processing is their excellent wrinkle resistance and conformal property.
It is well known that ordinary polyester yarn is made from petroleum.
Common polyester fabric: It is common polyester (POLY), chemical name is polyethylene terephthalate (PET).
Its tensile breaking strength and elongation at tensile break are higher than cotton fiber, and it has good heat resistance and thermal stability.
Because of its many excellent properties, it is widely used in clothing, household textiles, decoration and industrial products. Its rapid development speed and high yield are called "the crown of chemical fiber."