Anti Static Conductive Fire Resistant 36s/2 30% Stainless Steel Fiber With 70% Aramid Blended Yarn

Anti Static Conductive Fire Resistant 36s/2 30% Stainless Steel Fiber With 70% Aramid Blended Yarn

Description

A kind of yarn with conductive and metallic luster, evenly blended and without "black" thick spots; including blended yarn for electromagnetic shielding, anti-static blended yarn, and blended yarn for conductive purposes.

Fabrics made of blended yarns for electromagnetic shielding have a shielding efficiency of 20 to 70 decibels within the electromagnetic wave frequency range of 30MHZ-3GHZ. After the clothing has been washed many times, the electromagnetic shielding performance remains basically unchanged and the comfort is still good.

The anti-static blended yarn has high strength and the surface resistivity of the fabric is less than 10⁷. After being washed many times, the anti-static property of the garment is still effective for a long time and has excellent acid and alkali corrosion resistance. It is light, thin, soft, and has good breathability and wearability,easy to wear,Dyed and sewn.

The conductive blended yarn has stable electrical properties, good resistance to sweat and oxidation, and is permanently conductive. It is suitable for smart clothing transmission lines and industrial anti-static fabrics; in knitting, it has a fluffy and warm feel and sensitive touch screen performance; in military industry, it can Effectively prevent radar detection.

Product Application

Civilian electromagnetic shielding clothing, production of electromagnetic wave shielding covers for precision electronic components, high-frequency welding machines,wall coverings on house walls and ceilings, electromagnetic shielding curtains tents, etc. that require electromagnetic wave shielding; high-voltage inspection uniforms for power operators, high-voltage live work clothes; anti-static fire-fighting clothing, non-woven fabrics, carpets; electrostatic protection of the human body and equipment in flammable and explosive environments; touch screen gloves; anti-radar camouflage netting.