Electrostatic spraying casting forming system and using method

Abstract

The invention relates to an electrostatic spraying casting forming system which comprises a casting machine, a cooling machine, a casting transfer mechanical arm, a crucible heat preservation furnace, a hydraulic work station, an electrostatic dust recovery device, a tailing collection station, a main control work station, a control work table and a protective side wall. The protective side wall forms an operation cavity, the casting machine, the casting transfer mechanical arm, the crucible heat preservation furnace and the tailing collection station are located in the operation cavity and electrically connected with the main control work station and the control work table respectively, and the main control work station, the control work table and the cooling machine are located outside the operation cavity. A using method comprises the two steps of equipment assembling, casting operation and the like. On one hand, automation and intelligence of low-pressure and gravity casting operation are improved, and dust, waste liquid, waste and solid waste generated in the casting process are effectively collected and treated in a centralized mode; and on the other hand, the efficiency and precision of release agent spraying operation and the spraying quality between a release agent and the surface of a forming mold are effectively improved.

Description

technical field [0001] The invention relates to an electrostatic spraying casting molding system and a using method, belonging to the technical field of low-pressure casting. Background technique [0002] At present, in low-pressure casting processing operations, the low-pressure casting equipment used can meet the needs of processing operations, such as "a copper alloy low-pressure casting system with spray mold function" with the patent application number "202110360786.8", and the patent application number is "201922164587.0" "A Copper Alloy Low-Pressure Casting System with Mold Spraying Function" and other equipment and processes, but on the one hand, these equipment need to be equipped with multiple additional equipment such as cooling equipment, release agent spraying equipment, release agent cleaning equipment, melting Multiple independent auxiliary equipment such as molten metal transfer equipment lead to the standardization of the operation layout of each equipment d...

AI Technical Summary

Problems solved by technology

[0002] At present, in low-pressure casting processing operations, the low-pressure casting equipment used can meet the needs of processing operations, such as "a copper alloy low-pressure casting system with spray mold function" with the patent application number "202110360786.8", and the patent application number is "201922164587.0" "A Copper Alloy Low-Pressure Casting System with Mold Spraying Function" and other equipment and processes, but on the one hand, these equipment need to be equipped with multiple additional equipment such as cooling equipment, release agent spraying equipment, release agent cleaning equipment, melting Multiple independent auxiliary equipment such as molten metal transfer equipment lead to the standardization of the operation layout of each equipment during the current low-pressure casting operation, and the lack of unified, coordinated and synchronous operation capabilities among the equipment, which also leads to various problems during the low-pressure casting operation. The degree of automation and modularization of equipment operation has also been greatly affected, which seriously affects the production efficiency and quality of low-pressure casting operations; on the other hand, when current low-pressure casting equipment is in operation, the spraying and Lack of effective and professional equipment during cleaning, resulting in relatively poor spraying accuracy, spraying efficiency and poor adhesion between the release agent and the molding mold after spraying, which seriously affects the working efficiency of casting and castings. surface quality; on the other hand, after the casting is completed, the cleaning efficiency and cleaning quality of the release agent on the mold surface are relatively poor, which further affects the quality of the casting operation, especially the surface of the casting and the efficiency of the continuous casting operation of the mold. Negative Effects

Images