**Technical Data**
Material:	100% panox yarn	Yarn Count:	21S1
Properties:	High temperature resistant	Weight :	1kg/cone
Spinning process:	Ring spinning	LOI:	>42%
Breaking Strength:	>4CN/TEX	Breaking Elongation%:	13.59%

**Technical Data**
Material:	100% panox yarn
Properties:	High temperature resistant
Spinning process:	Ring spinning
Breaking Strength:	>4CN/TEX
Yarn Count:	21S1
Weight :	1kg/cone
LOI:	42%
Breaking Elongation%:	13.59%

Product Description

The main flame-retardant yarn materials on the market are as follows:

Polyester

Polyester flame-retardant yarn has the advantages of high strength, good wear resistance, strong corrosion resistance, etc., and the price is relatively low, and it is widely used. It can achieve flame retardant properties by adding flame retardants or using special polymerization processes. It is often used to make fire-resistant clothing, household items, decorative items, car interiors, etc.

Acrylic

Acrylic itself has good flame retardancy. The yarn made from it is soft, elastic, and warm, suitable for winter clothes, spring and autumn work clothes, etc. By blending with cotton, wool, viscose and other fibers, it can also be woven into fabrics of various styles, which are widely used in the production of protective clothing in the petrochemical, electric power, gas industry and other industries.

Aramid

Aramid yarn is composed of aromatic polyamide fiber, which has excellent properties such as high strength, high modulus, high temperature resistance, acid and alkali resistance, light weight, and wear resistance. It has excellent flame retardancy, less smoke and low toxicity when burning. It is widely used in aerospace, military protection, industrial equipment manufacturing, transportation and other fields.

Polyimide

Polyimide fiber is one of the organic polymer materials with the best comprehensive performance. It is inherently flame retardant, has a high limiting oxygen index, and is resistant to high temperatures of more than 400°C. It also has the characteristics of radiation resistance, heat preservation, antibacterial and antibacterial, far infrared, non-toxic and skin-friendly. It can be used in aerospace, aviation, microelectronics and other fields, as well as various special flame retardant protection fields.

Vinylene

Vinylene has good flame retardancy and hygroscopicity, and its yarn strength is high. It is often used in aquaculture It is used in the fields of breeding, filtration materials, military supplies, industrial fabrics, etc., and can be blended with other fibers to improve the performance of fabrics.

Polypropylene

Polypropylene has low density, high strength, good wear resistance, and certain flame retardant properties. The yarn made from it is often used to make industrial fabrics, ropes, fishing nets, etc., and is widely used in some occasions with high weight requirements.

Pre-oxidized fiber

Pre-oxidized fiber is a "new material that cannot be burned" oxidized from carbon fiber precursor polyacrylonitrile. It has the characteristics of high strength and high modulus, less hair, good thermal stability, chemical resistance and electrical insulation. It can be made into yarn for various fire sources, thermal protection and high heat fields. The fireproof cloth made from it can be widely used in construction, aerospace, automobiles and other fields.

Flame-retardant viscose fiber

Viscose fiber itself has the comfort and hygroscopicity of natural fiber. Flame-retardant viscose fiber after flame retardant treatment can be used to make clothing, home textiles and other products to improve its safety.