AFT-H02 Sateen FR welding protective fabric

1. Product features
Sateen FR welding protective fabric adopts high-strength satin weaving process, which has excellent flame retardancy, wear resistance and flexibility. Its fabric has been specially flame retardantly treated, and can quickly form a carbonized layer when it encounters fire, effectively isolating high temperature and sparks, while maintaining the integrity of the fabric and avoiding molten droplets from penetrating. The satin structure gives it a delicate and smooth surface, which not only improves the protective performance, but also has good tear resistance and aging resistance, suitable for high-intensity working environments. In addition, the protective fabric is light, easy to fold, easy to carry and reuse, and is an ideal protective material for high-temperature scenes such as welding and cutting.

2. Application range
Satin flame retardant welding protective fabric is widely used in high-temperature working fields such as industrial welding, metal cutting, steelmaking, etc. It can cover equipment, workbenches or floors to prevent sparks from splashing and causing fires. In industries such as aerospace, automobile manufacturing, and ship repair, it is used to protect precision instruments or flammable materials from high-temperature damage. In addition, the protective fabric is also suitable for fire emergency, power maintenance and other scenarios, as a temporary fire barrier or a supplementary layer for personnel protection equipment, providing multi-scenario safety protection solutions.

3. Working principle
Sateen FR welding protective fabric achieves protection through a dual mechanism of physical barrier and chemical flame retardancy. Its tight satin weave structure can effectively block the direct penetration of sparks and slag, while the special flame retardant decomposes and absorbs heat at high temperatures, reduces the surface temperature of the fabric, and forms a dense protective layer through carbonization reaction, isolating oxygen to prevent the spread of combustion. At the same time, the fabric itself does not produce toxic smoke, meets safety and environmental protection standards, and ensures long-term and stable protection in high-temperature open flame environments.