High Pressure Desanding cyclone

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High-pressure Desander is developed by our company specifically for separating small sand particles in starch milk. It uses 6-8bar high-pressure feed and rotates at high speed inside the desanding cyclone. Due to the centrifugal force, lighter materials (starch) are discharged through the overflow pipe, while heavier materials (sand particles, etc.) are discharged from the bottom along the inner wall of the conical cyclone pipe under the centrifugal force. The sand particles swirling downwards are collected in the sand collection hopper and discharged by manual or automatic sand discharge valves.

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Desanding cyclone

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- Commodity name: High Pressure Desanding cyclone
High-pressure Desander is developed by our company specifically for separating small sand particles in starch milk. It uses 6-8bar high-pressure feed and rotates at high speed inside the desanding cyclone. Due to the centrifugal force, lighter materials (starch) are discharged through the overflow pipe, while heavier materials (sand particles, etc.) are discharged from the bottom along the inner wall of the conical cyclone pipe under the centrifugal force. The sand particles swirling downwards are collected in the sand collection hopper and discharged by manual or automatic sand discharge valves.

High Pressure Desanding Cyclone is developed by our company specifically for separating small sand particles in starch milk. It uses 6-8bar high-pressure feed and rotates at high speed inside the desanding cyclone. Due to the centrifugal force, lighter materials (starch) are discharged through the overflow pipe, while heavier materials (sand particles, etc.) are discharged from the bottom along the inner wall of the conical cyclone pipe under the centrifugal force. The sand particles swirling downwards are collected in the sand collection hopper and discharged by manual or automatic sand discharge valves.

Comparing with normal desanders, High-pressure Desander have higher feeding pressure, faster flow rate, and larger flow volume, resulting in greater centrifugal force, which makes the sand removal effect higher and the processing capacity larger. Moreover, each group of ceramic cyclones is equipped with an independent sand discharge tank, which can work independently and easy for maintenance and replacement.