Polyester fiber has high strength, high modulus, and low water absorption, and it has a wide range of uses as civil and industrial fabrics. As a textile material, polyester staple fiber can be purely spun, but also particularly suitable for blending with other fibers; it can be blended with natural fibers such as cotton, linen, and wool, or with other chemical staple fibers such as viscose, acetate, and polypropylene. Blended short fibers such as nitrile fibers. The cotton-like, wool-like and linen-like fabrics made of pure spinning or blending generally have the original excellent characteristics of polyester fiber, such as the fabric's wrinkle resistance and pleated retention, dimensional stability, abrasion resistance, wash and wear However, some of the original shortcomings of polyester fiber, such as static electricity in textile processing and difficulty in dyeing, poor sweat absorption and air permeability, and easy melting into cavities in case of sparks, can be mixed with hydrophilic fibers to a certain extent. Can be reduced and improved.
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