Fireproof Clothing Firefighter Uniform Anti Thermal Radiation Mine Rescue Work Clothes, Glass Factory, Metallurgy,175-180cm

★Features:1. Light specific gravity, high strength, flame retardant.2. High temperature resistance, heat radiation resistance, abrasion resistance, folding resistance.3. It can effectively protect firefighters and workers in high-temperature places approach heat source without being damaged by intense heat, flame, and steam.★Specifications:Name: Fireproof ClothingMaterial：flame-retardant fiber vacuum aluminum platingWeight: about 4-5kgCharacteristics: high temperature and heat radiationType: 300-900℃ thermal insulation clothingApplication scope: suitable for aerospace, fire protection, police explosion-proof, racing, and metallurgy, forestry and chemical industries, and power industries.★Packing List:1 Set of Fireproof Suit

• ★【Reliable Material】: This heat-resistant flame retardant garment is sewn with heat-resistant foil cloth and pure cotton lining, high-temperature resistant flame retardant thread. Foot covers are made of flame retardant fabric and vacuum coated material.
• ★【High-temperature Resistance】: The Fire Resistant Suit Thermal Radiation maintains all its physical properties and will not shrink and embrittle, carbonize and melt at high temperatures.
• ★【All-around Protection】: This flame-retardant suit is a protective suit worn by firefighters and high-temperature operators when they work, which can effectively ensure that firefighters and high-temperature operators are close to the heat source and not be burned by heat, flames and .
• ★【Wide Applications】: Fireproof Clothes are not only suitable for steel millwork, fire protection work, radiation protection work, dust work, welding work, etc. Fire Protection Suit can also be used in aerospace, fire protection, metallurgy, forestry, petroleum, electric power and other industries.
• ★【ABSOLUTE QUALITY ASSURANCE】 : protects workers in high-heat areas and prevent the rapid buildup of body heat.and will not happen inflammable spontaneous combustion phenomenon.