Aluminum transfer ladle with melting, heat preservation and standing functions

Abstract

The invention discloses an aluminum transfer ladle with melting, heat preservation and standing functions. The aluminum transfer ladle comprises an aluminum ladle main body, a tipping system and a melting and heating system; The upper end of the aluminum ladle main body is provided with a aluminum ladle cover, and the lower end of the aluminum ladle main body is fixedly connected with a tipping base; the side face of the aluminum ladle main body is provided with a filling port and a molten aluminum outlet; the tipping system is arranged on the same side of the molten aluminum outlet and comprises a fixing bottom plate, a stand column fixed on one side of the fixing bottom plate, a rotating arm rotationally connected with the stand column through a tipping shaft and a hydraulic cylinder arranged on the fixing bottom plate; and the hydraulic cylinder is connected with the fixing bottom plate and the rotating arm through rotating shafts. The aluminum transfer ladle has a heating melting function and a heat preservation standing function, the production of small-batch aluminum alloy liquid is realized, the time for secondary transfer standing is omitted, the automatic tipping functionis achieved, the operation difficulty is reduced, and the production efficiency is improved. The aluminum transfer ladle is simple in structure, convenient to install and small in size, the installation position can be adjusted, the energy consumption is reduced, and the efficiency is improved.

Description

technical field [0001] The invention relates to the field of metal smelting, in particular to a revolving aluminum ladle with functions of melting, heat preservation and standing still. Background technique [0002] Traditional aluminum alloy production needs to be carried out in large-scale melting furnaces. After the molten aluminum alloy is melted in the melting furnace, it needs to be transferred to the aluminum transfer ladle for standing, so that the liquid metal can be purified and the temperature required for the subsequent process can be maintained. Large-scale melting furnaces have high energy consumption, high burning loss of molten aluminum alloy, and heavy workload; while small batch production also needs to be carried out in large melting furnaces, which increases energy consumption, burning loss of molten aluminum alloy and workload. In addition, large smelting furnaces require large investment, high management and maintenance costs. Contents of the inventio...

AI Technical Summary

Problems solved by technology

Large-scale melting furnaces have high energy consumption, high burning loss of aluminum alloy liquid, and heavy workload; and small batch production also needs to be carried out in large-scale melting furnaces, which increases energy consumption, burning loss of aluminum alloy liquid and workload

In addition, large smelting furnaces require large investment, high management and maintenance costs

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