Jinjiang Textile Enterprises Force Environmental Protection Fabrics

Under the background of "all-round innovation of enterprises", many textile enterprises in Jinjiang have opened up a prelude to innovation and change.

As a leading enterprise in Jinjiang's local textile industry, Jinjiang Longfeng Textile Co., Ltd. always adheres to scientific and technological innovation and spends a large amount of money on the development of new products every year.

As early as in 2010, Longfeng textile founded the "national feather and wear and leisure sports fabric product development base", "China Textile Industry (Fujian) fabric innovation center" and "scientific and technological personnel training experimental base".

In recent years, with the popularization of health concepts such as green and environmental protection, Longfeng textile has made great efforts in environmental protection fabrics, and recently developed a new environmentally friendly product.

"The environmentally friendly recycled fabric produced by recycled recycled fiber can not only solve the problem of environmental pollution," he said.

We can really turn waste into treasure and recycle it. "

Mei Kebing, general manager of the enterprise.

It turned out that this "environmentally friendly recycled fabric" is made from recycled Coke bottles and mineral water bottles. It has been developed through many processes such as crushing, cleaning, decomposition, polymerization, heating and melting, wire drawing and false twisting back to work. It has the characteristics of wear resistance, sweat absorption and breathability. It is 10% lighter than conventional nylon yarn and polyester yarn. Under the same conditions, many properties such as abrasion resistance, elasticity and strength are better than nylon or polyester.

At the same time, the fabric can achieve various functions such as waterproof, moisture permeation, antibacterial and UV resistance through finishing and finishing, and has no effect on physical properties.

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It can also be recycled and effectively reduce carbon dioxide emissions, saving nearly 80% of the energy consumption compared with conventional methods of producing polyester fibers.