Collection equipment and collection process of aerosol powder equipment

Abstract

The invention discloses collection equipment and a collection process of aerosol powder equipment. The equipment and the process have the beneficial effects that scrap metal is collected and guided into an electric heating furnace by means of a feeding structure, waste in the scrap metal is subjected to hot melting through electric hot melting, molten metal is cooled by means of a cooling annealing structure, cooled metal is annealed by means of an annealing furnace, the annealed metal is crushed, ground and vibrated to be screened through a crushing, grinding and vibrating screening structure, and metal powder with a size larger than a certain size is guided through vibrating screening, so that the phenomenon that the metal powder is too large, and stress is prone to occurring in the later machining process is avoided.

Description

Technical field[0001]The present invention relates to the field of metal waste recovery technologies, particularly a collection apparatus of an aerosol powder apparatus and a collection process.Background technique[0002]The waste-free metal is currently re-recycled, and the recycling of the waste metal is mainly broken by crushing, crushing and grinding. The equipment is divided into two categories. The crushed equipment such as mills, rolling mills, jaw crushers, which mainly cause crushing effects. Making machine, rod mill, ball mill, vibrating ball mill, agitating ball mill, etc., crushed and grinding. Mechanical pulverization method is mainly suitable for pulverizing brittle and easy to process hardened metals and alloys, such as tin, manganese, chromium, high carbon iron, iron alloy, etc., which are also used to crush reductive sponge metal, cathode deposition of electrolysis method. The object; it is also used to crush the brittle titanium after hydrogenation, and then dehydro...

AI Technical Summary

Problems solved by technology

The mechanical pulverization method has low efficiency and high energy consumption. It is mostly used as a supplementary method for other pulverization methods, or for mixing powders of different properties. However, when the existing scrap metal is recycled, there are transportation difficulties in the existing part of the production process and Dangerous phenomena. In the production process, ordinary iron drums or plastic drums are often used for collection, storage, batching and transportation. In this way, the labor intensity of the workers is high and the mechanized operation cannot be realized; the powder escapes seriously, the loss is large, and The powder is easily polluted by external environmental substances, and the purity and quality cannot be effectively guaranteed. In view of this, in-depth research on the above problems led to this case.

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