On-line efficient glass fiber wire-drawing discharge spout processing cutting fluid powder extracting device

Abstract

The invention discloses an on-line efficient glass fiber wire-drawing discharge spout processing cutting fluid powder extracting device which comprises a transport frame, a paper ultrafilter and a booster pump, wherein the paper ultrafilter and the booster pump are arranged on the transport frame; the oil-intake end of the booster pump is connected onto an oil outlet of a discharge spout processing machine; an oil outlet is formed in the paper ultrafilter; the oil outlet is connected onto an oil feed hole of the discharge spout processing machine through a pipeline, an oil inlet is further formed in the paper ultrafilter, and connected into the booster pump through the pipeline; the oil outlet in the bottom of the discharge spout processing machine is connected with the oil feed hole of the booster pump, and after the supercharging of the booster pump, oil is then conveyed to the paper ultrafilter through the pipeline, after passing through filter, and then returns to the discharge spout processing machine through the oil discharge hole of the paper ultrafilter, and is recycled for repeated use.

Description

technical field [0001] The invention belongs to the field of automatic filtering control, and in particular relates to an online high-efficiency glass fiber drawing nozzle processing cutting fluid powder extraction device. Background technique [0002] At present, glass fiber wire drawing nozzle processing generally adopts plate cutting processing, and cutting fluid cooling and lubrication are required during processing. Cutting fluid and nozzle processing powder will be mixed together. Since the material of the nozzle is rhodium-platinum alloy, the material value is high; currently processing The cutting fluid is often used for a period of time, and the cutting fluid is treated separately, such as centrifugation and natural precipitation; the efficiency of centrifugation and natural precipitation is not high, it takes a long time, and the rhodium in the cutting fluid cannot be effectively extracted Platinum alloy; and the rhodium-platinum alloy powder cannot be filtered out...

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Problems solved by technology

[0002] At present, glass fiber wire drawing nozzle processing generally adopts plate cutting processing, and cutting fluid cooling and lubrication are required during processing. Cutting fluid and nozzle processing powder will be mixed together. Since the material of the nozzle is rhodium platinum alloy, the material value is high; currently processing The cutting fluid is often used for a period of time, and the cutting fluid is treated separately, such as centrifugation and natural precipitation; the efficiency of centrifugation and natural precipitation is not high, it takes a long time, and the rhodium in the cutting fluid cannot be effectively extracted Platinum alloy; moreover, the rhodium-platinum alloy powder cannot be filtered out in real time, which will cause unnecessary wear and tear on the leak processing equipment. Therefore, it is particularly important to solve this kind of problem

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