Upwards-floating type oil-water separator

Abstract

An upwards-floating type oil-water separator comprises a motor, a separation container, a coupler, a partition, a seal plate, a rotating shaft, an oil scraping plate, a spiral rod, oil baffle plates, a connecting plate and an oil receiving box, wherein the motor is fixed on the upper surface of the separation container, and is electrically connected with the coupler; the partition is positioned in the separation container to divide the separation container into an upper layer and a lower layer. The upwards-floating type oil-water separator with the technical scheme has the benefits as follows: the separating efficiency is improved, cutting fluid and floating oil can be separated relatively radically, the frequency for maintenance of a water tank is reduced, and the machine tool operation efficiency is improved; the separation efficiency of the cutting fluid and floating oil is improved, the cutting fluid is not easy to deteriorate, the amount of generated waste liquid is reduced, and the production operation cost is reduced; moreover, the oil-water separator is small in size, so that the occupied space is reduced.

Description

technical field [0001] The invention relates to the field of separation of cutting fluid and floating oil in the machine tool industry, in particular to a floating oil-water separator. Background technique [0002] In the field of machine tool industry, a large amount of slick oil will enter the cutting fluid during the operation of the machine tool and form a mixture with the cutting fluid. If the slick oil and cutting fluid are mixed together for a long time, the cutting fluid will deteriorate and cannot be used, seriously affecting the work of the machine tool. efficiency and operating costs. Therefore, in order to save costs, manufacturers generally separate the cutting fluid from floating oil to realize the reuse of cutting fluid. At present, most domestic devices for effectively separating cutting fluid and oil rely on belt-type oil-water separators, but belt-type oil-water separators have low working efficiency and incomplete separation, and the utilization rate of c...

AI Technical Summary

Problems solved by technology

At present, most domestic devices for effectively separating cutting fluid and oil rely on belt-type oil-water separators, but the working efficiency of belt-type oil-water separators is low, the separation is not complete, and the utilization rate of cutting fluid does not meet people's expectations.

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