Spraying type cylinder sleeve of slurry pump and preparation method of spraying type cylinder sleeve
A technique for mud pumps and cylinder liners, which is applied in the field of mud pump spray-type cylinder liners and preparations, can solve the problems of increasing the labor intensity of operators, reducing the use efficiency of mud pumps, and large piston consumption, achieving good results, low density, Source Rich Effects
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Embodiment 1
[0012] Embodiment 1. The inner liner of the cylinder liner according to the present invention is ceramic matrix composite material, and the outer jacket is metal. The ceramic matrix composite material includes ceramics, zirconia, tungsten oxide, chromium oxide, molybdenum oxide, and resin materials.
[0013] The configuration ratio of the first component ceramic material is 60-80%;
[0014] The second component is zirconia, tungsten oxide, chromium oxide, and molybdenum oxide. The composite component is 15-30; among them, zirconia accounts for 30-60% of this component, tungsten oxide 20-40%, and chromium oxide 10-15% %, molybdenum oxide 10-15%.
[0015] The third component is 5-25% of resin material.
Embodiment 2
[0016] Embodiment 2, its preparation method is: the first step all above materials are pulverized into micropowder.
[0017] In the second step of mixing, fully mix the zirconia, tungsten oxide, chromium oxide and molybdenum oxide of the second component.
[0018] The third step is graded mixed spraying, the first stage high pressure spraying: high pressure spray ceramic material on the inner wall of the metal sleeve; then high pressure spray the composite component of the second component; then high pressure spray resin material; second stage high pressure spray: first High-pressure spray ceramics on the inner wall of the first stage; then high-pressure spray the composite components of the second component; then high-pressure spray resin materials; third high-pressure spray: first spray resin materials on the inner wall of the second stage; then high-pressure spray ceramic materials; High-pressure spraying of the second component of the compound.
Embodiment 3
[0019] Embodiment 3, three-level control is set, that is, each level is 0.04mm, and high-pressure spraying is used between the three-level layers, and the high pressure is 4 atmospheres.
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