What are the uses of thermite flux?

Thermite flux is a method that utilizes the exothermic reaction between metal oxides and metal aluminum to produce superheated molten metal to heat the metal to achieve bonding. In order to make more people familiar with it. What are the uses of thermite flux?

There is also a lot of relevant knowledge involved when using thermite flux. We will introduce these to you. Thermite flux is suitable for cathodic protection of petroleum, natural gas and chemical steel pipes and welding of power cables. The surface of the pipes should be rust-free and oil-free before welding. It can be used in these places. And thermite flux is also called exothermic flux, although the name is different. But it's the same product. Moreover, when reused, aluminum powder and metal oxide can start an exothermic reaction from an external heat source. Metal oxide + aluminum - alumina + metal + heat energy. Thermite flux is also mainly used to connect pure copper, bronze, copper-clad steel, Pure iron, stainless steel, galvanized steel, cast iron, etc.

The operating environment of thermite flux should be ventilated, except for these places where attention should be paid. It is important to understand that there are no flammable and explosive items within 5 meters of the surrounding area. When the ignition powder ignites, be sure to keep other fluxes, ignition powder, and flammable and explosive items away. People must not be in front of the mold cover when thermite solder is in use. , to avoid injury. Thermite flux, thermite welding abrasives and other products should not get wet. If the flux and ignition supplies become damp, they should be discarded safely and do not bake them. If you are not careful, it can easily lead to dangerous accidents. If the diameter of the pipe is small, it is recommended that you pay attention to the placement of the mold when using thermite flux to avoid leakage of copper liquid. The flux storage environment must be dry, ventilated, and away from open flames and high-temperature heat sources.