Disc structure design and process for disc separator
A disc separator and structural design technology, applied in the field of disc separators, can solve the problems of corrosion, parts damage, easy particle retention, etc., to achieve the effects of easy cleaning, avoiding slag accumulation, and reducing the number of
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Embodiment 1
[0029] Refer figure 1 A disc structure of a disc separation machine, including the disc 1, the outer side wall of the disc 1, and there is a number of set of concave points 2 in the circumferential direction of the disc 1, each set along the disc 1 along the disc 1 The horizontal direction is opened with a plurality of pitrids 2, and the radius of each post 2 is 0.2-0.35 cm.
[0030] According to the above embodiment, it is known that the ribs in the prior art can be ensured between the disc 1 by several receette points 2, which can ensure that there is separation space between the disc 1, and can avoid the disc 1 due to ribs, corrosion, etc. Reduce the number of particles on the disc 1, using primary molding techniques, after the separation, easy to clean, avoiding sediment, corrosion, etc.
Embodiment 2
[0032] Refer figure 1 , The spacing 2 is provided with a spacing between the plurality of stovets 2, and the spacing between the two sets of posts 2 is equal, and each set of receeted points 2 all along the busbar of the disc 1. The direction is arranged in a 30 ° hunter, and each set of pitting 2 homogeneous arrays have three receette points 2, and the three recesses 2 are uniformly arranged in the horizontal direction of the outer wall of the disc 1, each of which is 0.3. CM, through the setting of the twelve groups 2 and a total of 36 recess 2, can ensure that there is a separation space between the disc 1, and can avoid the phenomenon between the disc 1 and the ribs.
Embodiment 3
[0034] A disc production process with a disc separation machine, including the following steps:
[0035] S1, the following materials: rushing large-specific steel sheets into a circular blank suitable for rotating;
[0036] S2, rotation: use the roller to process the blank into the shape of the disc;
[0037] S3, cleaning: Cooling the surface of the disc;
[0038] S4, heat treatment: adopt a box resistance furnace, annealing temperature of 750 ° C, heat insulation time;
[0039] S5, the side of the car: the outer circle of the disc to the required size;
[0040] S6, the stamping hole: The disc is rolled out on the small end surface of the disc positioned circular holes and key slots in the machine;
[0041] S7, stamping pit: fixing the concave and convex abrasives on the open fixed press, the disc is fixed to a special tooling;
[0042] S8, polishing: the inside and outside surface of the polished disc, reducing surface roughness, reaching the requirements.
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