A vacuum atomization dust removal and recovery device for aluminum-based alloy powder

Abstract

The invention provides an aluminum-based alloy powder vacuum atomization dust removal and recovery device. Aluminum alloy is the key material to realize lightweight, and the use of lightweight materials is an important means to realize lightweight equipment. Aluminum alloy, as a lightweight material, Because of its large reserves, low density, strong plasticity and corrosion resistance, excellent thermal conductivity and high strength, it is the material of choice for lightweight structures, and has broad application prospects in aerospace, transportation and other fields. Use the reciprocating motion device to drive the cleaning device to clean the inner wall, make the cylindrical roller brush closely fit on the shell blanking platform, clean the upper surface of the platform, and solve the technical problem of the blockage of the leakage port. Using the cleaning device can make The cylindrical roller brush can only rotate in one direction, which can effectively clean up the fallen powder.

Description

A kind of aluminum-based alloy powder vacuum atomization dust recovery device technical field The invention belongs to the technical field of aluminum-based alloy powder production, and is specially a kind of aluminum-based alloy powder vacuum atomization and dust removal recycling device. Background technique Aluminum alloy is the key material to realize light weight, and the use of light weight material is an important tool to realize the light weight of equipment. As a lightweight material, aluminum alloy is due to its large reserves, low density, strong plasticity and corrosion resistance, excellent thermal conductivity and electrical conductivity. It is the first choice material to achieve lightweight structure, and has a wide range of applications in aerospace, transportation and other fields. Broad application prospects, the traditional aluminum alloy processing technology mainly adopts methods such as smelting, casting and forging, and the core complex struct...

AI Technical Summary

Problems solved by technology

[0003] However, the existing 3D printer needs to use the storage room during use, and the dust collection device in the storage room still has shortcomings during use. First, the existing collection device can only collect dust floating in the air. Dust, and the dust on the surface of the material will not be collected, which reduces the scope and function of the collection device; secondly, when the existing dust collection device collects the dust, the dust is easily blocked near the air outlet, resulting in The blockage of the air outlet reduces the dust collection efficiency

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