Scrap iron briquetting recycling equipment

Abstract

The invention discloses scrap iron briquetting recycling equipment. The equipment comprises a main body, a rolling cavity is formed in the main body, a feeding hole communicated with the outside is formed in the upper side wall of the rolling cavity, a rocker cavity is formed on right of the rolling cavity, a briquetting driving cavity is formed on right of the rocker cavity, a heavy hammer cavityis formed under the briquetting driving cavity, a shearing cavity communicated with the rolling cavity and the heavy hammer cavity is formed under the rocker cavity, a discharging hole communicated with the outside is formed in the lower side wall of the heavy hammer cavity, and a first transmission cavity is formed behind the rolling cavity. Scrap iron can be rolled for multiple times by rollersinto a plate shape, then cut into small pieces by a cutting blade, and finally briquetted by a heavy hammer, the processed scrap iron is convenient to transport, part of the transport amount can be increased, the labor force is reduced, the recycling cost is reduced, the recycling efficiency is improved, and the equipment can be popularized to different machining factories.

Description

technical field [0001] The invention relates to the technical field of iron scrap recycling, in particular to an iron scrap briquette recycling device. Background technique [0002] Machining is still a very common production and processing method, but a large amount of long iron filings will be produced during the machining process. At present, the recycling method is to pack the fluffy and messy iron filings into blocks by hydraulic pressure or hot pressing. Steel mills return to the furnace, but due to the large volume of hydraulic and hot-pressing equipment, they cannot be moved at will, so the fluffy and messy iron filings must be transported in bulk to the recycling company and then pressed into blocks. It is inconvenient to use, because the fluffy and messy iron filings take up a lot of space, so the iron filings are easily scattered on the road during transportation, which seriously endangers road driving safety. At the same time, the labor intensity is high and the ...

AI Technical Summary

Problems solved by technology

[0002] Machining is still a very common production and processing method, but a large amount of long iron filings will be produced during the machining process. At present, the recycling method is to pack the fluffy and messy iron filings into blocks by hydraulic pressure or hot pressing. Steel mills return to the furnace, but due to the large volume of hydraulic and hot-pressing equipment, they cannot be moved at will, so the fluffy and messy iron filings must be transported in bulk to the recycling company and then pressed into blocks. It is inconvenient to use, because the fluffy and messy iron filings take up a lot of space, so the iron filings are easily scattered on the road during transportation, which seriously endangers road driving safety. At the same time, the labor intensity is high and the recycling efficiency is low, which increases the recycling cost. In some The area where machining enterprises are concentrated, this problem has become a social problem that plagues the people and the government

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