Corrosion-resisting water pump for vehicle
A corrosion-resistant, vehicle-friendly technology, applied to pumps, parts of pumping devices for elastic fluids, pump components, etc., can solve problems such as poor cleanliness, easy to generate noise, rough inner wall of the pump, etc.
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Embodiment 1
[0046] A corrosion-resistant water pump for vehicles, which includes a pump body and an impeller installed inside the pump body. The boron-based ceramic material layer, the impeller includes a titanium alloy impeller body and a boron carbide-based ceramic material layer outside the impeller body,
[0047] It is characterized in that the chemical composition of the titanium alloy impeller body is (weight): Zn: 15%, Al: 5%, Mo: 2%, Si: 1%, Co: 0.8%, Cu: 0.4%, Fe: 0.2%, Cr: 0.1%, Zr: 0.05%, La: 0.03%, Ta: 0.03%, B: 0.01%, and the balance is Ti and unavoidable impurities;
[0048] The preparation method of the titanium alloy impeller body: includes the following steps: preparing the alloy according to the above ratio, melting and pouring the alloy material: melting temperature: 1810°C, pouring temperature: 1750°C; Heating, heating up to 1000°C, heating rate 300°C / hour, holding for 10 hours, then cooling down to 600°C, cooling rate of 100°C / hour, holding for 10 hours, then heating...
Embodiment 2
[0061] A corrosion-resistant water pump for vehicles, which includes a pump body and an impeller installed inside the pump body. The boron-based ceramic material layer, the impeller includes a titanium alloy impeller body and a boron carbide-based ceramic material layer outside the impeller body,
[0062] It is characterized in that the chemical composition of the titanium alloy impeller body is (weight): Zn: 20%, Al: 10%, Mo: 3%, Si: 2%, Co: 0.9%, Cu: 0.5%, Fe: 0.3%, Cr: 0.2%, Zr: 0.08%, La: 0.04%, Ta: 0.04%, B: 0.02%, and the balance is Ti and unavoidable impurities;
[0063] The preparation method of the titanium alloy impeller body includes the following steps: preparing the alloy according to the above ratio, melting and pouring the alloy material: the melting temperature is 1820°C, and the pouring temperature is 1760°C; Heating, heating up to 1000°C, heating rate 300°C / hour, holding for 10 hours, then cooling down to 600°C, cooling rate of 100°C / hour, holding for 10 hou...
Embodiment 3
[0076] A corrosion-resistant water pump for vehicles, which includes a pump body and an impeller installed inside the pump body. The boron-based ceramic material layer, the impeller includes a titanium alloy impeller body and a boron carbide-based ceramic material layer outside the impeller body,
[0077] It is characterized in that the chemical composition of the titanium alloy impeller body is (weight): Zn: 17%, Al: 7%, Mo: 2.5%, Si: 1.5%, Co: 0.85%, Cu: 0.45%, Fe: 0.25%, Cr: 0.15%, Zr: 0.06%, La: 0.035%, Ta: 0.035%, B: 0.015%, and the balance is Ti and unavoidable impurities;
[0078] The preparation method of the titanium alloy impeller body includes the following steps: preparing the alloy according to the above ratio, melting and pouring the alloy material: the melting temperature is 1815°C, and the pouring temperature is 1755°C; Heating, heating up to 1000°C, heating rate 300°C / hour, holding for 10 hours, then cooling down to 600°C, cooling rate of 100°C / hour, holding ...
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