Alloy powder and repair method for laser cladding repair of hydraulic cylinder in mine hydraulic column
A hydraulic column and laser cladding technology, which is applied in the coating process and coating of metal materials, can solve the problems of surface pitting, short corrosion life, pitting corrosion of alloy coatings, etc., to achieve grain refinement and increase production The effect of temperature and toughness increase
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Embodiment 1
[0076]An alloy powder for laser cladding and repairing the middle cylinder of a mining hydraulic column, including the powder of the following components:
[0077] Cr: 16.6wt%;
[0078] Ni: 1.75wt%;
[0079] Co: 1.75wt%;
[0080] Mo: 1.0wt%;
[0081] Mn: 0.2wt%;
[0082] Nb: 0.15wt%;
[0083] C: 0.10wt%;
[0084] N: 0.10wt%;
[0085] Ce: 0.045wt%;
[0086] B: 0.76wt%;
[0087] Si: 1.0wt%;
[0088] Fe is the balance.
[0089] The above-mentioned alloy powder for laser cladding and repairing the middle cylinder of mining hydraulic column is prepared by pre-mixing and then using nitrogen atomization powder making method. The particle size distribution of the prepared powder is between 120 and 260 mesh. figure 1 It is the scanning electron microscope picture of the alloy powder. It can be seen that the sphericity is good in the picture, which can be used for laser cladding repair.
[0090] A laser cladding repair method for the middle cylinder of a mine hydraulic column...
Embodiment 2
[0096] An alloy powder for laser cladding and repairing the middle cylinder of a mining hydraulic column, including the powder of the following components:
[0097] Cr: 15.6wt%;
[0098] Ni: 1.65wt%;
[0099] Co: 1.65wt%;
[0100] Mo: 0.9wt%;
[0101] Mn: 0.3wt%;
[0102] Nb: 0.12wt%;
[0103] C: 0.09wt%;
[0104] N: 0.11wt%;
[0105] Ce: 0.035wt%;
[0106] B: 0.68wt%;
[0107] Si: 0.9wt%;
[0108] Fe is the balance.
[0109] The above-mentioned alloy powder for laser cladding and repairing the middle cylinder of mining hydraulic column is prepared by pre-mixing and then using nitrogen atomization powder making method, and the particle size distribution of the prepared powder is between 120 and 260 mesh.
[0110] A laser cladding repair method for the middle cylinder of a mine hydraulic column, based on the alloy powder for laser cladding repair of the mine hydraulic column middle cylinder, comprising the following steps:
[0111] 1) Remove the oil and impurities on...
Embodiment 3
[0116] An alloy powder for laser cladding and repairing the middle cylinder of a mining hydraulic column, including the powder of the following components:
[0117] Cr: 15.0wt%;
[0118] Ni: 1.5wt%;
[0119] Co: 1.5wt%;
[0120] Mo: 0.8wt%;
[0121] Mn: 0.0wt%;
[0122] Nb: 0.1wt%;
[0123] C: 0.07wt%;
[0124] N: 0.06wt%;
[0125] Ce: 0.03wt%;
[0126] B: 0.6wt%;
[0127] Si: 0.8wt%;
[0128] Fe is the balance.
[0129] The above-mentioned alloy powder for laser cladding and repairing the middle cylinder of mining hydraulic column is prepared by pre-mixing and then using nitrogen atomization powder making method, and the particle size distribution of the prepared powder is between 120 and 260 mesh.
[0130] A laser cladding repair method for the middle cylinder of a mine hydraulic column, based on the alloy powder for laser cladding repair of the mine hydraulic column middle cylinder, comprising the following steps:
[0131] 1) Remove the oil and impurities on the ...
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