Ring Spun Polyester Conduvtive Yarn 21S/1

Haining Taierxin New Materials Co., Ltd. is one of the most reliable manufacturers and suppliers of ring spun polyester conduvtive yarn 21s/1 in China. Please feel free to wholesale high quality ring spun polyester conduvtive yarn 21s/1 made in China here from our factory. Welcome to view our website for more information.

• Ring Spun Polyester Conductive Yarn 21S/1
• 80% polyester + 20% conductive fiber
• Gray Color
• for Knitting 

• How TAIERXIN Conductive Fiber Works

Takes polyester or nylon as the matrix, and adopts composite spinning technology to add high performance conductive substances, achieving permanent antistatic fibers.

Application

Conductive fiber black filament is widely used in industrial work wear, flame-retardant garments, military uniforms, conveyor belts, industrial filters, copier brushes, flexible intermediate bulk containers (FIBC), carpets and rugs, and most fabric applications requiring static dissipation.

● Uniforms: high-grade anti-static dust-proof uniforms, military uniforms, police uniforms, suits, school uniforms, etc.

● Tooling category: flammable and explosive industries such as petroleum, chemical, and mining

● Clean category: dust-free environment for electronics factories, aerospace, laboratories, pharmaceuticals, etc.

● Products: conductive silk, warp knitted gloves, electrostatic brush, wristband, gloves, anti-static yarn card, line card, etc.

● Home category: anti-static worsted wool, cashmere sweater, chemical fiber skirt, pants, carpet, blanket, sweater, rag, etc.

● Other: anti-static filter felt, non-woven fabric, mountaineering suit, car fabric, health care apparel, anti-static yarn

• The difference between conductive filament fabric and conductive blended fabric

1) The conductive thread in the conductive yarn fabric is mainly embedded on the back of the fabric, the back of the fabric is semiconductor, and the front of the fabric is an insulator. What is eliminated is only the static electricity generated by the friction between the clothing and the human body, and the static electricity generated by the friction with external equipment cannot be eliminated, and the front of the clothing still has electric charges accumulated.

2) Blended conductive fabrics are made by adding conductive fibers to the yarn during the weaving process. The front and back of the fabric are semiconductors, which can quickly and uniformly eliminate the static electricity generated by the human body and the clothing and the static electricity generated on the surface of the clothing when it comes in contact with the outside world. There is no charge accumulation in the clothing.