Filtration fabric recycling utilization device for copper alloy production line

Abstract

The invention discloses a filtration fabric recycling utilization device for a copper alloy production line. The device comprises a filter and a supporting bracket for supporting the filter. The inlet end and the outlet end of the filter are provided with a pair of transmission rollers, a filtration fabric drives the transmission rollers, and the filtration fabric and the transmission rollers are lapped to form an circulation belt; a copper oxide recycling bin is arranged below the outlet end of the filter, a rotating arm connected with the filter is arranged above the copper oxide recycling bin, a guide wheel is arranged at the lower end of the rotating arm and reaches into the copper oxide recycling bin; a gravity tension pressing wheel is fixedly arranged right below a position, near an outlet, on the filter, guide wheels are arranged on the top end of the supporting bracket at both sides of the gravity tension pressing wheel and on the supporting bracket supporting the inlet end of the filter, and the filtration fabric drive the guide wheels, the gravity tension pressing wheel and the transmission rollers. The device provided by the invention has the advantages of saving the cost, reducing the labor intensity, eliminating potential risks of safety accidents because of no need of hoisting and pulling by a travelling crane and artificial beating, and reducing the pollution caused by abandoned filtration fabrics.

Description

technical field [0001] The invention belongs to the field of using filter cloth in a copper alloy production line, in particular to a recycling device for filter cloth in a copper alloy production line. Background technique [0002] At present, the advanced and mature copper and copper alloy wire production technology at home and abroad - continuous casting and rolling method. [0003] The continuous casting and rolling process is mainly used for the production of high-conductivity low-oxygen pure copper wire rods for communication and cables (the oxygen content is about 200ppm, and the conductivity is 100% IACS). It has large production capacity (5-60 tons per hour), high production efficiency, The quality of the product is good, and it is suitable for the production of pure copper rods for wires and cables, which have a huge demand but have a single variety of alloys. [0004] Our company currently has a set of SCR7000 copper alloy continuous casting and rolling system im...

AI Technical Summary

Problems solved by technology

And together with the copper oxide, it is transported to another workshop with an iron bucket, and then the filter cloth is separated from the copper oxide by manual use of equipment and tools such as driving. The separation work is labor-intensive, the working conditions are harsh, and there are safety hazards. High, the separated filter cloth will be treated as waste, which will cause some pollution to the environment

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