Ingot casting processing device and flow table

Abstract

The invention discloses a flow table which comprises a flow guide slot for guiding casting melt and a filling and injecting slot, wherein three filling and injecting openings are opened at the bottom of the filling and injecting slot. According to the flow table provided by the invention, the three filling and injecting openings are opened at the bottom of the filling and injecting slot, so that the flow table can be used for casting and producing three ingot castings every time, thereby improving the production efficiency. Furthermore, when the three ingot castings are cast and produced every time, more melt flow into the flow guide slot, a small part of the melt remain in a natural gas furnace for heat prevention, so that the matching degree of the progress of smelting and casting is high; and the flow of the melt in the flow table is increased, the melt can flow into the filling and injecting slot faster and is exhausted from the filling and injecting openings, so that the temperature of the melt is less lost, the temperature of the melt does not need to be increased specially, thus correspondingly reducing the energy consumption. The invention further discloses an ingot casting processing device with the flow table.

Description

technical field [0001] The invention relates to the field of casting technology, in particular to a flow table, and also relates to an ingot processing device with the above flow table. Background technique [0002] An ingot is a blank that can be machined into a new shape, usually by pouring molten metal, or melt, into a mold for casting. In the prior art, the devices for producing ingots include flow trays and casting molds, such as figure 1 As shown, the diversion groove 01 and the filling groove 03 are arranged on the flow plate, and the bottom of the filling groove 03 is provided with two filling ports 02, the melt enters the filling groove 03 from the diversion groove 01, and then flows from the The filling port 02 flows into the casting mold, and two ingots can be produced per casting. At present, when producing ingots, first use a natural gas furnace to smelt a melt that can cast four ingots, and then cast. However, when casting, only two ingots can be cast at a ti...

AI Technical Summary

Problems solved by technology

[0004] In view of this, the first object of the present invention is to provide a flow table, the structural design of which can effectively solve the problems of insufficient matching of casting and smelting progress and low casting production efficiency. The second object of the present invention One object is to provide a kind of ingot processing device comprising above-mentioned flow plate

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