Hot melt welding agent
A heat fusion welding, mass percentage technology, applied in the direction of aluminothermic welding equipment, welding medium, welding equipment, etc., can solve the problems of insufficient mechanical strength and electrical conductivity, inability to fully weld metals, and inability to achieve intermetallic molecular bonding, etc. , to achieve good mechanical properties, ensure welding quality, and large current load capacity
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Embodiment 1
[0018] Mix 6kg of copper oxide powder of 60-80 mesh with 0.5kg of powdered iron oxide of 50-65 mesh, 0.5kg of aluminum, 1.5kg of magnesium, 0.75kg of copper, 0.25kg of iron, and 0.5kg of phosphorus, and take a small amount for welding copper clad Steel components (that is, components covered with a copper layer on the surface of the steel): place two copper-clad steel components in an investment mold (the investment mold is a mold that is used to constrain the geometric specifications and surface quality of the formed joints, and the welding flux The above-mentioned flux is filled between the two joints, and the flux is ignited with a spray gun, that is, the aluminothermic reaction occurs, and the heat is released to generate a high temperature of 2200-3000°C, which melts the metal of the component and realizes two in the investment mold. Component welding. After welding, the joints form a regular geometry, and after inspection:
[0019] Due to the constraints of the investme...
Embodiment 2
[0026] Mix 5.8kg of 40-60 mesh copper oxide powder with 30-75 mesh powdered iron oxide 0.5kg, aluminum 0.5kg, magnesium 1.8kg, copper 0.75kg, iron 0.25kg, phosphorus 0.5kg, and take a small amount for welding Aluminum and copper: put the two components opposite to each other in the investment mold, fill the above-mentioned flux between the two joints, ignite the flux with a spray gun, that is, the aluminothermic reaction occurs, and the heat is released to generate a high temperature of 2000 ° C to melt the metal of the component. The welding of two components is realized in the investment mold. After welding, the joints form a regular geometry, and after inspection:
[0027] Due to the constraints of the investment pattern, there is no crack on the surface, and the dimensional and shape tolerances of the joints are less than 2mm, which meets the requirements of the national standard;
[0028] There is no air bubble crack in the X-ray internal photography, the tensile strengt...
Embodiment 3
[0034] Mix 6.2kg of copper oxide powder of 80-100 mesh with 0.5kg of powdered iron oxide below 40 mesh, 0.5kg of aluminum, 1.4kg of magnesium, 0.75kg of copper, 0.25kg of iron, and 0.5kg of phosphorus, and take a small amount for welding steel : Place two copper components in the investment mold, fill the flux between the two joints, ignite the flux with a spray gun, and then the aluminothermic reaction will occur, releasing heat to generate a high temperature of 2500-3400 ° C, melting the metal of the component. The welding of two components is realized in the investment mold. After welding, the joints form a regular geometry, and after inspection:
[0035] Due to the constraints of the investment pattern, there is no crack on the surface, and the dimensional and shape tolerances of the joints are less than 2mm, which meets the requirements of the national standard;
[0036] There is no bubble crack in the X-ray internal photography, the tensile strength of the joint reaches...
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