A liftable diversion device for liquid aluminum transport and method of using the same

Abstract

The invention discloses a liftable diversion device for liquid aluminum transfer and its use method, comprising a main body support and a mounting platform, the main body support is fixedly installed on the ground, a liquid aluminum drainage assembly is installed on the mounting platform, the main body There are two groups of symmetrically distributed guide frames installed on the bracket. The aluminum liquid diversion assembly is installed between the two sets of guide frames. The inlet of the aluminum liquid diversion assembly is connected to the outlet of the aluminum liquid diversion assembly. The aluminum liquid is transferred to the aluminum bag, the main body bracket is fixedly equipped with a mounting seat, and an electric hoist is fixedly installed at the lower end of the mounting seat. A chain is connected to the electric hoist. The upper end of the flow assembly is connected with a guide lifting assembly through a connecting rod. The invention ensures the close fit between the aluminum liquid drainage assembly and the aluminum liquid flow assembly, so that the aluminum liquid will not flow out, effectively reducing the contact between the aluminum liquid and the air and thereby reducing the aluminum slag. Improve the safety performance of the transfer of molten aluminum.

Description

technical field [0001] The invention belongs to the technical field of molten aluminum processing equipment, and in particular relates to a liftable flow guiding device for transferring molten aluminum and a method for using the same. Background technique [0002] In current industrial applications, the aluminum alloy liquid is transferred from the holding furnace to the transfer bag using the following methods: one is to use a liquid outlet trough, and the aluminum alloy liquid enters the transfer bag through a "waterfall flow"; the other is to use a siphon device Transfer the molten aluminum alloy from the holding furnace to the transfer bag. When using the first method, the molten aluminum was transferred to the aluminum ladle and placed under the pipe. The molten aluminum flows out from the pipe and then enters the tank, which is easy to splash, has a lot of contact with the air, and has a lot of aluminum slag, which is unsafe. Contents of the invention [0003] The p...

AI Technical Summary

Problems solved by technology

When using the first method, the aluminum liquid was transferred to the aluminum bag and placed under the pipe. The aluminum liquid flows out from the pipe and then enters the tank, which is easy to splash, has a lot of contact with the air, and has a lot of aluminum slag, which is not safe.

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