Gas atomization device and method based on crucible type continuous self-circulation
The invention provides a gas atomization device and method based on crucible type continuous self-circulation. The device comprises a smelting chamber, an atomizing chamber, a first feeding bin, a first gate valve, a first vacuum pump, a first inert gas introducing pipeline, a first grader, a second...
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| creator | CHEN YANG ZHANG WANGFEI WANG YANYAN ZHOU HAO GUO SHAOSHAN |
| description | The invention provides a gas atomization device and method based on crucible type continuous self-circulation. The device comprises a smelting chamber, an atomizing chamber, a first feeding bin, a first gate valve, a first vacuum pump, a first inert gas introducing pipeline, a first grader, a second grader, a cyclone separator, a dust removal cloth bag, a tail exhaust fan, a first transfer tank, a powder collecting tank, a feeding fan, a second transfer tank, a rod making smelting furnace, a second feeding bin, a second vacuum pump and a second inert gas introducing pipeline. The invention further discloses a blank forming machine. The method comprises the steps that powder is prepared through the smelting chamber and the atomizing chamber, coarse powder is conveyed to the bar-making smelting furnace to obtain a blank, the blank is added into the smelting chamber through the first feeding bin, and self-circulation and continuous smelting and atomizing of the coarse powder are achieved. According to the device |
| format | Patent |
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The device comprises a smelting chamber, an atomizing chamber, a first feeding bin, a first gate valve, a first vacuum pump, a first inert gas introducing pipeline, a first grader, a second grader, a cyclone separator, a dust removal cloth bag, a tail exhaust fan, a first transfer tank, a powder collecting tank, a feeding fan, a second transfer tank, a rod making smelting furnace, a second feeding bin, a second vacuum pump and a second inert gas introducing pipeline. The invention further discloses a blank forming machine. The method comprises the steps that powder is prepared through the smelting chamber and the atomizing chamber, coarse powder is conveyed to the bar-making smelting furnace to obtain a blank, the blank is added into the smelting chamber through the first feeding bin, and self-circulation and continuous smelting and atomizing of the coarse powder are achieved. 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The device comprises a smelting chamber, an atomizing chamber, a first feeding bin, a first gate valve, a first vacuum pump, a first inert gas introducing pipeline, a first grader, a second grader, a cyclone separator, a dust removal cloth bag, a tail exhaust fan, a first transfer tank, a powder collecting tank, a feeding fan, a second transfer tank, a rod making smelting furnace, a second feeding bin, a second vacuum pump and a second inert gas introducing pipeline. The invention further discloses a blank forming machine. The method comprises the steps that powder is prepared through the smelting chamber and the atomizing chamber, coarse powder is conveyed to the bar-making smelting furnace to obtain a blank, the blank is added into the smelting chamber through the first feeding bin, and self-circulation and continuous smelting and atomizing of the coarse powder are achieved. 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The device comprises a smelting chamber, an atomizing chamber, a first feeding bin, a first gate valve, a first vacuum pump, a first inert gas introducing pipeline, a first grader, a second grader, a cyclone separator, a dust removal cloth bag, a tail exhaust fan, a first transfer tank, a powder collecting tank, a feeding fan, a second transfer tank, a rod making smelting furnace, a second feeding bin, a second vacuum pump and a second inert gas introducing pipeline. The invention further discloses a blank forming machine. The method comprises the steps that powder is prepared through the smelting chamber and the atomizing chamber, coarse powder is conveyed to the bar-making smelting furnace to obtain a blank, the blank is added into the smelting chamber through the first feeding bin, and self-circulation and continuous smelting and atomizing of the coarse powder are achieved. According to the device</abstract><oa>free_for_read</oa></addata></record> |
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| language | chi ; eng |
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| subjects | CASTING MAKING METALLIC POWDER MANUFACTURE OF ARTICLES FROM METALLIC POWDER PERFORMING OPERATIONS POWDER METALLURGY TRANSPORTING WORKING METALLIC POWDER |
| title | Gas atomization device and method based on crucible type continuous self-circulation |
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