**Technical Data**
Material:	100% panox yarn	Yarn Count:	20S1
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:	20S1
Weight :	1kg/cone
LOI:	42%
Breaking Elongation%:	13.59%

Product Description

Flame-retardant yarns are widely used in the industrial field, mainly including the following aspects:

- Protective clothing: In the petrochemical, metallurgical, electric power and other industries, there are risks such as fire and explosion, and workers need to wear protective clothing with flame-retardant function. For example, protective clothing made of flame-retardant acrylic cotton blended fabric can effectively prevent the spread of flames and protect workers from harm.

- Industrial fabrics: Some factory equipment needs to be covered or isolated. Industrial fabrics woven with flame-retardant yarns, such as tarpaulins and equipment covers, can prevent sparks, slag, etc. from causing fires and ensure production safety.

- Mineral conveyor belts: During mineral mining and transportation, conveyor belts are prone to heat and sparks due to friction, causing fires. Conveyor belts made of flame-retardant yarns, such as 20 and 21s polyester yarns, can reduce the risk of fire and improve production efficiency.

- Filter materials: In the chemical, pharmaceutical, environmental protection and other industries, filter materials must be flame-retardant to prevent burning due to contact with fire sources during the filtration process. Filter cloth and filter screen made of flame-retardant yarn can improve the safety of use while ensuring the filtering effect.

- Aerospace: Flame-retardant yarn is required for the decorative materials and seat fabrics inside the aircraft to ensure flight safety. For example, aramid flame-retardant yarn has the characteristics of high strength, high temperature resistance, and flame retardancy, and can be used to manufacture aircraft structural components and interior materials.

- Automobile manufacturing: The use of flame-retardant yarn in car seats, interior fabrics, seat belts, etc. can reduce the harm caused by fire. For example, flame-retardant polyester yarn can improve the fire resistance of the car while ensuring comfort.

- Electronics and electrical: In the production process of electronic equipment, some parts need to use packaging materials or insulating materials made of flame-retardant yarn to prevent fires caused by faults such as short circuits and protect the safety of equipment and personnel.