A kind of sintering device and its working method for the production of permanent magnet ferrite block

Abstract

The invention discloses a sintering device for the production of permanent magnet ferrite blocks, which comprises a sintering box, a rotating clamping frame and a reinforcement support plate. The box is fixedly installed on the inner side of the rotating card frame, and the sintering box and the rotating card frame are docked and fixed by limit snaps. The upper inner side of the sintering box is movably installed with a sealing flip cover. A set of fixed templates, and the inner surface of the fixed template is provided with a sintering groove, the outer surface of the lower end of the fixed template is fixedly installed with a sintering mold, and the inner surface of the bottom of the sintering mold is movably socketed with lifting struts, and the sintering mold Butt bolt plates are fixedly installed on both sides of the outer surface; the sintering device used for the production of permanent magnet ferrite blocks in the present invention makes the sintering device have a flip adjustment structure, which makes the internal heating more uniform, and at the same time makes it have auxiliary functions. The reclaiming structure improves its work efficiency.

Description

technical field [0001] The invention belongs to the technical field of sintering devices, and in particular relates to a sintering device for producing permanent magnet ferrite blocks, more specifically a sintering device for producing permanent magnet ferrite blocks and a working method thereof. Background technique [0002] The sintering device for the production of permanent magnet ferrite blocks is a sintering device for sintering and shaping the refined permanent magnet ferrite block raw materials during the production and processing of permanent magnet ferrite blocks, so that the permanent magnets Oxygen block raw materials form a block structure of equal size. [0003] The reference document CN208688245U discloses an electric kiln applied to the sintering of permanent magnet ferrite, which includes a kiln body with a height of 15 meters to 20 meters, in which there are vertically arranged partition assemblies that divide the kiln body into a double-layer structure, A...

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Problems solved by technology

[0005] In order to overcome the fact that the traditional sintering device used for the production of permanent magnet ferrite block does not have a flip adjustment structure, so that when the sintering device heats the raw material of the permanent magnet ferrite block, it is easy to cause uneven heating of the raw material of the permanent magnet ferrite block; At the same time, the traditional sintering device used for the production of permanent magnet ferrite blocks does not have an auxiliary reclaiming structure, which increases the difficulty of taking out the permanent magnet ferrite block, thereby reducing the working efficiency of the sintering device; The sintering device produced by the block does not have a waste gas cooling structure, and the high-temperature waste gas generated during the processing of the sintering device is directly discharged, and a sintering device for the production of permanent magnet ferrite blocks is provided.

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