Wire drawing oil circulation treatment device

Abstract

The invention discloses a wire drawing oil circulation treatment device, which comprises an oil storage pool, a spraying header, a collecting tank and an oil pump, wherein the spraying header is connected with the oil storage pool through a pipeline; the oil pump for pumping out solution in the oil storage pool is connected with the oil storage pool; the spraying header is arranged above bare copper flat wires of a drawbench; the collecting tank for collecting dropped solution is arranged below the bare copper flat wires of the drawbench; and the collecting tank is connected with the oil storage pool. The device is beneficial for cooling the bare copper flat wires rapidly, ensures the effect of sufficient lubrication and improves the quality of bare copper flat wires; and meanwhile, the wire drawing oil can be used in long-term circulation with low production cost.

Description

technical field [0001] The invention relates to a wire drawing oil adding device in the processing of bare copper flat wires, in particular to a wire drawing oil circulation processing device. Background technique [0002] In the production process of bare copper flat wire, multiple alloy molds are required for dimensional control. In order to ensure the dimensional accuracy of the mold and cool down, it is necessary to add wire drawing oil for lubrication and cooling. [0003] The traditional method of adding wire drawing oil generally uses cloth to wrap the bare copper flat wire, and then wet the cloth with wire drawing oil, or use a sponge box, fill the sponge box with wire drawing oil, and pass the bare copper flat wire through the middle of the sponge box. These two methods all need to continuously add wire drawing oil manually, the lubricating effect is not ideal, and the cooling effect is basically ineffective. Cloth strips and sponges are constantly rubbed against t...

AI Technical Summary

Problems solved by technology

Both of these two methods require continuous manual injection of wire drawing oil, the lubrication effect is not ideal, and the cooling effect is basically ineffective.

Cloth strips and sponges are constantly rubbed against the bare copper flat wires, which will soon break and lose their function. The surface of the bare copper flat wires will also be stained with cloth strips and sponge residues, which will bring hidden dangers to the subsequent process.

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