What type of burn can result from arcs between metals reaching extreme temperatures?

Arc burns are specifically associated with the extreme heat generated from electrical arcs, which occur when electricity jumps between conductive materials. This high-intensity heat can instantly reach temperatures high enough to cause severe skin damage and other injuries.

In electrical work, arcs happen when there is an unintended path between two conductors, often resulting from contact with tools or conductive objects. The rapid increase in temperature from the arc can lead to skin burns that are distinct from other types of burns.

While thermal burns result from exposure to hot surfaces or flames, electrical burns typically involve damage from electrical currents passing through the body. Friction burns are caused by the skin rubbing against a hard surface. In contrast, the heat from an arc burn specifically stems from the electrical discharge between energized conductors, making it unique and particularly dangerous in electrical work environments.