China Dope Dyed rPET FDY With High Quality Reboyarn Factory

Samsonite CEO Kyle, Asia Pacific and Middle East President Subrata, Supply Chain Director Paul and others visited the HAILI Recycling Industrial Park and negotiated to further expand the business cooperation of Samsonite's high-end customized Recyclex fabrics and yarns.

After the first stage of polymer production in the melt phase, the product stream divides into two different application areas which are mainly textile applications and packaging applications. In the following table, the main applications of textile and packaging of polyester are listed.

Recycled Polyester Yarn comes with several advantages. The apparel production from this yarn helps to Reduce Plastic pollution, and it needs less energy to manufacture. Let’s take a look at the different advantages of this yarn.

Recycled polyester is just as good as virgin polyester but takes less resources to make - Recycled polyester is almost the same as virgin polyester in terms of quality, but its production requires 59 percent less energy compared to virgin polyester.

As you were reading this post, you may have wondered: is recycled polyester the only option when developing sustainable sportswear? What about natural fibres? Of the materials currently available on the market, natural fibres such as Merino wool or Tencel have similar properties to those of polyester. However, as of today, there is no natural fibre or treated natural fibre that has the moisture control of polyester (or polyamide) and can, therefore, be applied to high-performance sports textile.

Polyester (polyethylene terephthalate) is derived from a chemical reaction involving petroleum, air, and water. This artificial fiber is comprised of purified terephthalic acid (PTA) and monotheluene glycol (MEG). Polyester is thermoplastic, meaning it can be melted and reformed. When making polyester, chemists melt polyester pellets and force them through small holes (spinnerets). On the exit side of the spinnerets, the continuous filaments of what we know as polyester fibers solidify. The size and shape of the hole dictate the shape and diameter of the fibers. The fibers are solid polymer; there are no void spaces inside the fibers. These continuous filaments—called “tow”—can be cut to any length (there is no length distribution, all fibers are manufactured to be perfectly homogeneous) to produce staple fibers for use in textiles and nonwovens, or they can be left as a continuous monofilament, which resembles fishing line.