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Why buy arc flash protective clothing?
Arc flash protective clothing is crucial in industrial settings where workers are exposed to electrical hazards. Arc flashes occur when an electric current deviates from its intended path, creating an explosive release of energy. These incidents can result from various factors such as equipment failure, dust, corrosion, improper work procedures, or accidental contact. The right choice of arc flash clothing minimizes risks, providing reliable protection against potential accidents. At Your Safety Shop, we value safety at work. That’s why we offer various arc flash clothing designed for different work environments.
The advantages of Your Safety Shop
Have you chosen to purchase your arc flash protective clothing from Your Safety Shop? You’ll benefit from several exceptional advantages:
Items in stock shipped within 24 hours on business days
Free returns within a 30-day period
Available intercontinental shipping service
Arc flash protective clothing requirements
Arc flash clothing is designed to resist ignition and prevent burning or melting when exposed to an arc’s intense heat. The material used in flame retardant clothing must be non-conductive and not easily melted or ignited. This typically includes:
Flame-resistant (FR) materials
These fabrics are chemically treated to be slow-burning and self-extinguishing. They’re designed to provide a barrier between the wearer and the heat of an arc flash, minimizing burn injuries.
Arc-rated materials
These are a subtype of FR fabrics but with a specific rating for protection against electrical arcs. The rating, measured in calories per cm², indicates the material’s resistance to the heat energy from an arc flash that would cause a second-degree burn.
Naturally flame-resistant materials
Unlike FR materials that are treated, these materials are naturally flame-resistant. They provide reliable protection since their flame resistance doesn’t wash out or wear away. Leather, kevlar, and some 100% cotton materials are examples of this type of material.