Stream movable casting machine

Abstract

The invention discloses a stream movable casting machine, which comprises a rail, walking wheels and a traveling trolley, wherein the traveling trolley is installed on the rail through the walking wheels, the traveling trolley is provided with a support and an inclining rail, rolling wheels of a mould trolley utilize the girder body of the traveling trolley and the inclining rail as rail, a lifting mechanism is fixed on the traveling trolley, a steel wire rope is tied on the rope guiding pulley module of the support, one end is connected to the lifting mechanism and the other end is connected to the mould trolley, and a product mould is installed on the mould trolley. When the stream movable casting machine of the invention is applied to casting shaping for medium frequency electric induction furnace to smelt alloy and metal, the casting shaping mould can move with the furnace body in an approximate arch manner, can reduce splash when the molten liquid is casted, and also shortens the distance from the shaping mould to the discharging opening, the molten liquid flow column is shortened and time for with the contact between the molten liquid and the air is greatly reduced; the casting speed is increased, secondary oxidizing during casting material is reduced; the distance from the shaping mould to the discharging opening is shortened and simultaneously the loss of mould caused by the molten liquid flow column is reduced.

Description

technical field [0001] The invention relates to a flow-moving pouring machine. Background technique [0002] When the existing intermediate frequency induction furnace produces alloys or metals, the main method of casting the alloys or metals is: the mold is fixed, the furnace body is tilted to rotate, and the alloy and metal liquid are directly poured into the mold, or the alloy and metal liquid are poured into the ladle and then poured into the mould. When pouring in this way, the melt is easy to splash, and the contact time between the melt and the air is long, and the material will be oxidized again, which will affect the quality of the product. Utility model content [0003] The object of the present invention is to provide a flow-moving pouring machine with simple structure, which can reduce the splashing of molten liquid and the contact time between molten liquid and air, and reduce the secondary oxidation of materials. [0004] The flow-moving pouring machine of ...

AI Technical Summary

Problems solved by technology

When pouring in this way, the melt is easy to splash, and the contact time between the melt and the air is long, and the material will be oxidized again, which will affect the quality of the product.

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