Glass rotational-flow sand-removing device for potato starch production

Abstract

A glass rotational-flow sand-removing device for potato starch production comprises a rotational-flow cylinder body and a sand settling body, and the rotational-flow cylinder body and the sand settling body are connected through a connecting fastener. The glass rotational-flow sand-removing device for the potato starch production is characterized in that a rubber cushion is disposed between the rotational-flow cylinder body and the sand settling body, and the connecting fastener is used to combine the rotational-flow cylinder body and the sand settling body into a whole; a feed port is disposed at the top end of the rotational-flow cylinder body, a discharge port is disposed on one side of the upper end of the rotational-flow cylinder body; and a sand discharging pipe is connected with the lower portion of the sand settling body. The rotational-flow sand-removing device is made of glass. The glass rotational-flow sand-removing device for the potato starch production has the advantages that the structure is simple, operation is easy and convenient, the glass rotational-flow sand-removing device for the potato starch production is safe and reliable to use, and almost no maintenance is needed; compared with a conventional sand removing device in the prior art, the glass rotational-flow sand-removing device for the potato starch production has the advantages that the size is small, processing ability is great, the space of production site is saved, and the like; grains of sand in slurry fluid can be constantly removed; and the problem of secondary pollution to slurry materials in other sand removing methods is avoided.

Description

technical field [0001] The invention relates to a liquid filtering device, in particular to a glass cyclone sand remover for potato starch production. Background technique [0002] The cyclone is a hydraulic separation device. Using the principle of significantly increasing the inertial force, the material to be separated is forced into the cylindrical part of the small-diameter swirl tube along the circular track under the pressure of the feed pump and along the tangential direction of the feed pipe. High-speed rotation generates centrifugal force, throwing the suspended solid particles in the liquid to the outer wall, causing the spiral downward movement along the cone wall until it is discharged through the end of the cone. Discharge from the upper overflow port. [0003] Cyclones are generally composed of multiple small-diameter liquid swirl tubes. They are widely used in the starch industry and similar industries. However, due to the small size of the cyclones currentl...

AI Technical Summary

Problems solved by technology

[0003] Cyclones are generally composed of multiple small-diameter liquid swirl tubes. They are widely used in the starch industry and similar industries. However, due to the small size of the cyclones currently used in the market, their ability to process materials is relatively low. It is small, and its material is plastic products, and its service life is very short due to wear and tear during the production process. Frequent replacement not only affects production efficiency, but also increases production costs. Therefore, it is necessary to improve it

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