Have you heard of exothermic welding? It's a metal joining process that uses the heat of a chemical reaction of metal compounds to form fused welded joints of a specific shape and size in specially designed graphite molds. The process is simple, highly efficient, and of high quality, making it a popular alternative to traditional mechanical joining methods between metals.
Exothermic welding is also known as fire clay welding, fire clay fusion, fire clay fusion welding, heat fusion welding, aluminum heat welding, aluminum heat flux, radiation welding, and fire clay welding. The heat source for the process comes from the chemical reaction of metal compounds.
There are three main categories of exothermic welding: copper conductors, aluminum conductor thermite welding, and iron and steel connections. The advantages of exothermic welding include high electrical conductivity, molecularly bonded and permanent welded joints that are not affected by corrosion, and the ability to withstand high inrush currents. The process is also easy to operate, and the quality of welding can be verified from appearance.
Exothermic welding is used in a variety of applications, including lightning grounding and surge protection, electrical equipment grounding engineering treatment, petrochemical engineering construction, railroad, highway, and airport construction, intelligent building construction, and cathodic corrosion protection.
However, there are some precautions to take before and during the construction operation, such as ensuring that the welded parts and molten die are free of dirt and moisture, wearing work gloves with some insulation effect, and not facing the opening of the mold during construction.
So, if you are looking for a reliable and efficient metal joining process, exothermic welding might be the solution you need for your project.