Horizontally-moving multi-die casting house with jetting work rooms

Abstract

The invention discloses a horizontally-moving multi-die casting house with jetting work rooms. The horizontally-moving multi-die casting house comprises a casting plate and a casting well. A high-speed ejector component is arranged in the casting plate. A lifting oil cylinder and a dummy ingot platform moving up and down along with the lifting oil cylinder are arranged in the casting well. Multiple independent dummy ingot annular seats capable of rotating by 360 degrees in the horizontal direction are arranged on the dummy ingot platform. The casting plate is located on the horizontal ground, the casting well is located under the horizontal ground, and a sealing piece is arranged between the casting plate and the casting well. Casting die rings and locating devices used in cooperation with the casting die rings are arranged at the bottom of the casting plate. The casting plate is divided into multiple work rooms, and the casting die rings and the locating devices are arranged in all work rooms. The horizontally-moving multi-die casting house with the jetting work rooms has the advantages that the purpose of synchronous jet molding of multiple bars is achieved, and the lengths of the cast bars are greatly enlarged; the casting plate and the casting well are dynamically sealed, so that the purpose that the multiple ultralong aluminum alloy bars which are synchronously produced can be conveniently lifted out is achieved, and it is ensured that the whole casting house carries out jet molding under the sealed oxygen-free condition.

Description

technical field [0001] The invention belongs to the technical field of aluminum alloy smelting, in particular to a translational multi-mode casting room of a jet working room. Background technique [0002] The aluminum alloy smelting process has developed a whole world, from iron mold casting at the beginning of the last century to gas slip, oil slip casting and vacuum casting in the 1940s. The aluminum alloy casting technology has been unremittingly developing in the world. In the 1970s, Britain pioneered the injection casting technology. The aluminum alloy material produced by the casting process is much better than the traditional deformed aluminum alloy material in terms of mechanical properties and comprehensive properties of the material. [0003] Although this aluminum alloy spraying technology changes all the mechanical properties of the material. However, because all the equipment in the world only stays on the method of single forming, it leads to high productio...

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Problems solved by technology

According to the current production methods at home and abroad, it is impossible to realize the large-scale production purpose of super-long (more than 6 meters) and multiple synchronous molding, which seriously affects its process of entering the stage of industrial production, making this excellent material science technology stay in the small In the mass production stage, it lingered for 50 years

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