Multipurpose semicontinuous vacuum induction casting furnace

Abstract

The invention discloses a multipurpose semicontinuous vacuum induction casting furnace, comprising a melting chamber, wherein a continuous feeding device and an alloy feeding port are arranged at the upper part of the melting chamber; an induction heating crucible device is arranged in the melting chamber; a liquid outlet is arranged in the induction heating crucible device; chutes are arranged at the liquid outlet side of the induction heating crucible device; casting chambers are arranged below the chutes; an ingot mould is arranged in the right casting chamber; an ingot mould vehicle is arranged below the ingot mould; melted materials are fed into the induction heating crucible device by the continuous feeding device; after metal is melted, the right chute is moved to the liquid outlet of the induction heating crucible device; the induction heating crucible device is inclined; molten metal enters the ingot mould of the right casting chamber by the right chute to cast an ingot blank; after the ingot blank is cooled, the ingot mould is moved out by the ingot mould vehicle; when another purpose of drop-down ingot casting or casting is realized, the left chute is moved to make the molten metal enter the left casting chamber to carry out casting or drop-down ingot casting. The multipurpose semicontinuous vacuum induction casting furnace has the characteristics that multi-species continuous alternative operation is realized, energy is saved, the efficiency is high, and the metal quality is greatly improved.

Description

technical field [0001] The invention relates to an induction melting and casting furnace, in particular to a multipurpose semi-continuous vacuum induction melting and casting furnace. Background technique [0002] At present, the traditional semi-continuous vacuum induction casting furnace adopts direct casting or a very short metal skeleton transition groove is set between the induction heating crucible device and the ingot mold, so that the molten metal cannot be purified twice during casting, and finally Avoid obvious or hidden casting defects in metal ingots or pieces. At the same time, the traditional semi-continuous furnace can only adapt to a single function, and there is no later function expansion interface, which brings repeated investment in the later stage and cannot meet the market demand for product diversification. Since the melting chamber and the casting chamber are completely independent, compared with the traditional semi-continuous vacuum induction melti...

AI Technical Summary

Problems solved by technology

[0002] At present, the traditional semi-continuous vacuum induction casting furnace adopts direct casting or a very short metal skeleton transition groove is set between the induction heating crucible device and the ingot mold, so that the molten metal cannot be purified twice during casting, and finally Avoid obvious or hidden casting defects in metal ingots or pieces

At the same time, the traditional semi-continuous furnace can only adapt to a single function, and there is no later function expansion interface, which brings repeated investment in the later stage and cannot adapt to the market demand for product diversification.

Images