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Conductor clashing pertains to the occurrence when two or more conductors, such as electrical cables or power lines, come into contact or closely approach one another, leading to disturbances and interruptions in the smooth flow of electrical current. The contact between the exposed conductors generates heat, resulting in the melting and vaporization of the conductor material. The buildup of pressure from the vaporized metal can transform into small, high-temperature molten metal particles, referred to as “sparks”. These sparks may be carried away by the wind, potentially landing on nearby vegetation. Frequently, the sparks that land on the ground start fires in the plants that occasionally grow and spread to produce wildfires that cover acres of surrounding areas. Proper isolation or spacing of conductors is essential to prevent clashing and ensure the safe and efficient distribution of electricity. Understanding the process of the reactions and under what circumstances this event occurs can help prevent future incidents involving conductor collisions.