Method for remanufacturing hydraulic support column and laser cladding equipment
A technology of hydraulic support column and laser cladding, applied in coating, metal material coating process and other directions, can solve the problems of hydraulic support column unable to meet long-term use requirements, difficult to meet the needs of large-scale production, and low hardness of the cladding layer. , to achieve the effect of grain refinement, uniform crystal phase structure, and small spot deformation
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Embodiment 1
[0055] First, the outer circumferential surface of the worn hydraulic support column 12 is turned to a thickness of 0.2 mm to remove the corrosion and fatigue layer on the surface; then, the turned hydraulic support column 12 is cleaned with absolute ethanol to remove oil and other impurities; next, Use magnetic particle inspection to check whether there are cracks and other defects in the hydraulic support column 12; Next, prepare cladding materials, and the mass percentages of each component are: C: 0.11%, Cr: 19%, Ni: 4.2%, Mo: 1.6%, Si: 1.2%, the balance is Fe, and the mesh number of the cladding material is 135-325 mesh; Next, fix the hydraulic support column 12 on the high-power continuous fiber laser CNC processing machine tool, and the laser process parameters are: laser spot It is a circular spot with a diameter of 3mm, the scanning power is 3000W, the scanning speed is 15m / min, and the overlapping rate is 30%. The cladding material delivered in place by coaxial powder...
Embodiment 2
[0057] First, the outer circumferential surface of the worn hydraulic support column 12 is turned to a thickness of 0.5 mm to remove the corrosion and fatigue layer on the surface; then, the turned hydraulic support column 12 is cleaned with absolute ethanol to remove oil and other impurities; next, Use magnetic particle inspection to check whether there are cracks and other defects in the hydraulic support column 12; Next, prepare cladding materials, and the mass percentages of each component are: C: 0.11%, Cr: 19%, Ni: 4.2%, Mo: 1.6%, Si: 1.2%, the balance is Fe, and the mesh number of the cladding material is 135-325 mesh; Next, fix the hydraulic support column 12 on the high-power continuous fiber laser CNC processing machine tool, and the laser process parameters are: laser spot It is a circular spot with a diameter of 3mm, the scanning power is 3300W, the scanning speed is 20m / min, and the overlapping rate is 50%. The cladding material transported in place by coaxial powd...
Embodiment 3
[0059] First, the outer circumferential surface of the worn hydraulic support column 12 is turned to a thickness of 0.3 mm to remove the corrosion and fatigue layer on the surface; then, the turned hydraulic support column 12 is cleaned with absolute ethanol to remove oil and other impurities; next, Use magnetic particle inspection to check whether there are cracks and other defects in the hydraulic support column 12; Next, prepare cladding materials, and the mass percentages of each component are: C: 0.11%, Cr: 19%, Ni: 4.2%, Mo: 1.6%, Si: 1.2%, the balance is that the mesh number of Fe cladding material is 135-325 mesh; Next, the hydraulic support column 12 is fixed on the high-power continuous fiber laser numerical control processing machine tool, and the laser process parameters are: the light spot of the laser is A circular spot with a diameter of 3mm, a scanning power of 3000W, a scanning speed of 15m / min, and a lapping rate of 30%. The cladding material transported in pl...
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