Double-filtered chemical filter tank with automatic multi-directional anti-blocking function

Abstract

The invention discloses a double-filtered chemical filter tank with an automatic multi-directional anti-blocking function. The double-filtered chemical filter tank comprises a tank body, a material feeding pipe and a regulating and controlling box, wherein the upper part of a side wall of the tank body is fixedly connected with the material feeding pipe; the lower part of the side wall of the tankbody is fixedly connected with the regulating and controlling box; a side wall, away from the regulating and controlling box, of the tank body is hinged with a rotating door; a plurality of highly-efficient filtration of chemical materials are realized through the combination of the regulating and controlling box, a coarse filter frame and a fine filter frame; at the same time, a first brush anda second brush move intermittently to fully and timely unblock the fine filter frame that is easy to be blocked; a turntable rotates to shake the coarse filter frame up and down, so that the coarse filtration is accelerated; a third gear drives an annular plate and the fine filter frame to rotate rapidly for secondary filtration, and slag is concentrated in a slag storage barrel due to the relatively high mass, so that the centralized processing of the slag is facilitated, high-efficiency filtration of the filter tank is ensured, and the blockage of the fine filter frame and influence on the filtration efficiency are effectively avoided.

Description

technical field [0001] The invention relates to the technical field of chemical equipment, in particular to an automatic multi-directional anti-blocking double-filtration chemical filter tank. Background technique [0002] In the existing chemical production, it is often necessary to transport corrosive liquids containing polymer particles or materials with a slightly higher chemical viscosity in pipelines. Before discharging or proceeding to the next process, the impurities contained in the liquid need to be filtered. However, the current filtering device is mostly one-time filtering, which is difficult to filter completely, so that the filtered material cannot meet the requirements. In order to filter completely, the filter mesh has a small pore size, which is prone to blockage, frequent cleaning, and difficult recycling of filter residues, resulting in serious waste and environmental pollution. pollution, and the material is often blocked, which directly affects the produ...

AI Technical Summary

Problems solved by technology

However, the current filtering device is mostly one-time filtering, which is difficult to filter completely, so that the filtered material cannot meet the requirements. In order to filter completely, the filter mesh has a small aperture, which is prone to blockage, frequent cleaning, and difficu

Images