Manufacturing method of double-layer metal composite steel plate
A composite steel plate and manufacturing method technology, which is applied in the field of metal composite material manufacturing, can solve the problems of low safety factor of explosive composite method, not being effectively solved, safety and environmental pollution, etc., to overcome hard cracking reaction, improve yield and added value , high safety effect
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Embodiment 1
[0034] A method for manufacturing a double-layer metal composite steel plate, wherein the metal composite base steel plate is made of ordinary carbon structural steel, and the specific steps are as follows:
[0035] S1. Magnetic measurement: determine the size of the composite billet steel plate and roll the size, measure the magnetic content of the composite billet steel plate, and reduce the excessive magnetic content of the composite billet steel plate through degaussing treatment;
[0036] S2. Pretreatment: Carry out face milling and grinding on the surface to be compounded of the composite billet steel plate; milling includes rough milling, fine milling and edge milling; rough milling first mills off the oxide skin on the composite surface of the composite billet steel plate, and then fine mills The composite interface is milled and flattened, and the length and width of the composite interface are milled to be consistent by edge milling; the main purpose of grinding is to...
Embodiment 2
[0050] The difference between embodiment 2 and embodiment 1 is:
[0051] The metal composite blank steel plate is selected from low-alloy structural steel;
[0052] In the step S5, the heating rates of the low-temperature section heating, the medium-temperature section heating and the high-temperature section heating are all strictly controlled, the heating rate of the low-temperature section heating is not greater than 70°C / hour, and the heating rate of the medium-temperature section heating is not greater than 110°C / hour , the heating rate must be gradually increased, no, in the process of heating and stress release slowly offset from the base temperature to the target temperature position to avoid cracking of the clad steel plate due to stress release during heating; the heating rate of the high temperature section is not controlled, The initial temperature of the heating in the high-temperature section is as high as 1000°C. Long-term heating has made the heating temperatur...
Embodiment 3
[0058] The difference between embodiment 3 and embodiment 1 is:
[0059] The metal composite blank steel plate is selected from container steel;
[0060] In the step S5, the heating rates of the low-temperature section heating, the medium-temperature section heating and the high-temperature section heating are all strictly controlled, the heating rate of the low-temperature section heating is not greater than 70°C / hour, and the heating rate of the medium-temperature section heating is not greater than 110°C / hour , the heating rate must be gradually increased, no, in the process of heating and stress release slowly offset from the base temperature to the target temperature position to avoid cracking of the clad steel plate due to stress release during heating; the heating rate of the high temperature section is not controlled, The initial temperature of the heating in the high-temperature section is as high as 1000°C. Long-term heating has made the heating temperature of the co...
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