Application of PROBAN flame retardant fabric
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Flame retardant fabric Flame retardant protective clothing Proban fabric
Proban fabric not only has excellent flame retardant properties, but also has good breathability and is very comfortable to wear. Its sweat-absorbent, breathable and soft-feel properties make this fabric very suitable for use as flame-retardant protective clothing and daily work clothes in metallurgy, machinery, chemical industry, fire protection and other industries. Advantages and applications of Proban flame-retardant fabrics
Ordinary cotton fabric work clothes are prone to burning when exposed to flames, bringing direct danger to workers. The Able aluminum-coated insulation clothing series in the United States exclusively uses Proban ( Pruben) flame-retardant fabric is used in the lining of insulating clothing to create a safer double-layer insulating clothing, providing workers with double safety and protection. Fabrics processed by Proban have been widely used in industrial and civil fields in various countries. Proban has exerted good flame retardant properties in steel plants, glass plants, forging and casting plants, and all workplaces where flames may be present. , providing users with safer protection. In addition, in public places such as hospitals, hotels, airports, ships, and railways, Proban is often used to make work uniforms, sheets, curtains and other products that have corresponding requirements for flame retardancy. The flame retardant performance of Proban fabric is very outstanding. It only chars when burned and does not produce perforation, shrinkage, melting or dripping. In the combustion comparison experiment between Proban fabric and ordinary cotton fabric work clothes, the flame stopped after 15 seconds of simultaneous contact with the flame. At this time, the Proban fabric no longer burned, while the ordinary cotton fabric continued to burn, and the latter fabric was completely burned after 2 minutes. This is just a comparison experiment. In actual situations, the latter will cause serious harm to the wearer. Another experiment was to place an iron at 210°C on Proban fabric for 10 minutes. The fabric did not melt or deform.
：Textile
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