Novel knitted fabric

Abstract

A novel knitted fabric includes a double-sided structure which is weft-knitted by a natural fiber or a viscose, a sorona and a polyurethane fiber. A first side of the double-sided structure is constituted by the natural fiber or the viscose and the polyurethane fiber, a second side of the double-sided structure is constituted by the sorona, and a yarn ingredient proportion comprises 60-50% of the natural fiber or the viscose, 40-30% of the sorona, and 5-20% of polyurethane fiber. The novel knitted fabric can have advantages of excellent stretchability, recoverability, plastic and packaging functions, wearing comfort, and conformation of modern environmental thoughts.

Description

BACKGROUND OF THE INVENTION1. Field of the Invention[0001]The present invention relates to a textile manufacturing field, in particular relates to a novel knitted fabric.2. Description of the Related Art[0002]Traditionally, sportswear is majorly fabricated by polyethylene terephthalate and nylon. Polyethylene terephthalate and nylon are petroleum products and most dependently obtained therefrom, but these products surely cause lots of pollutions to our environment. Pure natural cotton fiber is characterized with excellent moisture absorption, moisture retention and skin-friendly effects, but defects such as inferior elasticity, extensibility and strength, tendency to tension fracture, and less wear resistance are relatively existed, incapable of satisfying requirements of sport fabrics. Fabrics made of natural fiber or a viscose mixed with polyurethane fiber can have excellent wearing comfort, but they still have defects of less strength and bursting effect, inferior tension fractur...

AI Technical Summary

Benefits of technology

The present invention provides a new knitted fabric that has excellent stretchability, recoverability, plastic and packaging functions, wearing comfort, and conformance of modern environmental thoughts. The fabric is made using a unique yarn count allocation and weaving process, which results in a natural warmth, soft hand feeling, moisture absorbing, and perspiration dissipation. Additionally, the fabric can transport moisture in a unidirectional manner. This invention not only keeps the strength, bursting effect, packaging, and plastic functions of traditional chemical fiber fabrics, but also provides benefits of skin-friendliness, comfort, and conformance of modern environmental thoughts.

Problems solved by technology

Polyethylene terephthalate and nylon are petroleum products and most dependently obtained therefrom, but these products surely cause lots of pollutions to our environment.

Pure natural cotton fiber is characterized with excellent moisture absorption, moisture retention and skin-friendly effects, but defects such as inferior elasticity, extensibility and strength, tendency to tension fracture, and less wear resistance are relatively existed, incapable of satisfying requirements of sport fabrics.

Fabrics made of natural fiber or a viscose mixed with polyurethane fiber can have excellent wearing comfort, but they still have defects of less strength and bursting effect, inferior tension fracture, and tendency to wrinkling and deformation are existed.

Fabrics made of nylon, polyethylene terephthalate and polyurethane fiber can have excellent strength, and difficulties of being burst and torn, but they still have less skin-friendly effect and cause serious pollutions to our environment.

However, fabrics made by adding sorona into the natural fiber or the viscose only can provide a slight flexibility, i.e., without high flexibility and high recoverability, and imperfect plastic effects.