Mica iron oxide powder screening device

Abstract

The invention discloses a mica iron oxide powder screening device. The mica iron oxide powder screening device comprises a pedestal, universal wheels, supporting frames, supporting plates, a screen, amaterial receiving tray and a vibrator; the universal wheels are arranged at the lower portion of the pedestal; a group of supporting frames are arranged on the pedestal; a group of supporting platesare arranged between the supporting frames; the screen is arranged between the supporting plates; one end of the screen is provided with a baffle which is fixedly arranged at one end of each supporting plate; the vibrator is arranged on the baffle; and the material receiving tray is arranged below the screen and is fixedly connected by virtue of the supporting frames. By arranging the vibrator, the mica iron oxide powder screening device disclosed by the invention needs no manual screening and greatly reduces waste of labor.

Description

technical field [0001] The invention relates to the technical field of screening machinery, in particular to a screening device for mica iron oxide powder. Background technique [0002] After the iron powder processing is completed, the iron powder needs to be screened. If the iron powder particles are too large, it needs to be processed again. However, due to the shaking back and forth during the screening process, the scattered area is often large, and it is not easy to clean and collect later. Most of the traditional sieves have an integrated structure, and the screens used for removal are mostly fixed installations, and the screens cannot be replaced. In the process of screening iron powder, due to the high hardness of iron powder, the screen is easy to wear and tear, thus screening The effect becomes worse, and when iron powders of different sizes are needed, the screen cannot be replaced, and the general screening is manual screening, which is not only inefficient, but...

AI Technical Summary

Problems solved by technology

[0002] After the iron powder processing is completed, the iron powder needs to be screened. If the iron powder particles are too large, it needs to be processed again. However, due to the shaking back and forth during the screening process, the scattered area is often large, and it is not easy to clean and collect later. Most of the traditional sieves have an integrated structure, and the screens used for removal are mostly fixed installations, and the screens cannot be replaced. In the process of screening iron powder, due to the high hardness of iron powder, the screen is easy to wear and tear, thus screening The effect becomes worse, and when iron powders of different sizes are needed, the screen cannot be replaced, and the general screening is manual screening, which is not only inefficient, but also wastes labor. For this reason, the present invention proposes a mica iron oxide powder The screening device is used to solve the above problems

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