Needle-punched non-woven fabric is a kind of non-woven fabric, which is made of polyester and polypropylene raw materials, and is made by multiple needle punching and proper hot rolling. Hundreds of products can be made with different materials according to different crafts.

Features of needle punched non-woven fabric
The series of needle punched non-woven fabrics are formed through fine carding, multiple precision needle punching or proper hot rolling. On the basis of introducing two high-precision acupuncture production lines at home and abroad, high-quality fibers are selected. Through the coordination of different production processes and the combination of different materials, hundreds of different products are currently circulating on the market, including: geotextile, geomembrane, velvet, speaker blanket, electric blanket cotton, embroidered cotton, clothing cotton, Christmas Crafts, artificial leather base cloth, special cloth for filter material.

Method for reducing production cost of needle punched non-woven fabric
Needle-punched non-woven fabrics are formed by fine carding, multiple precision needle punching or proper hot rolling. Based on the introduction of two high-precision acupuncture production lines at home and abroad, high-quality fibers are selected, matched with different production processes, and matched with different materials.

Needle-punched non-woven fabrics are used in the most products for filter materials, and the innovative spunbond needlepunching technology comes in handy: the spunbond needlepunching technology is thicker, less dense, has good air permeability and large dust holding capacity. In response to user feedback about the insufficient filtration accuracy of spunbond needle punching technology, in recent years, manufacturers have actively adopted methods such as reducing single fiber size, using foreign fibers, and developing special felting needles to effectively improve product filtration accuracy. In order to improve the competitiveness of this product, we started from many aspects, using recycled bottle flakes as raw materials to reduce production costs; improving drafting technology to reduce energy consumption; taking advantage of spunbond technology to enhance product performance.
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