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Advantages and Characteristics
The feeding port of the hydraulic cyclone adopts the involute direction to feed the material, which increases the centrifugal force of the material, improves the grading effect, and greatly reduces the wear of the feeding box;
By adopting the involute method, the turbulent flow caused by sudden divergence of materials entering the cyclone can be reduced, and the slurry can run smoothly inside the cyclone, thereby improving the separation performance of the cyclone and reducing the impact wear of materials on the feeding box;
The length ratio of the column cone section and the insertion depth of the overflow pipe of the hydraulic cyclone are reasonable, resulting in higher classification efficiency;
Using wear-resistant rubber as the lining can extend the service life by 2-4 times;
The structural design is reasonable, the grading index is high, and the index fluctuation is small.
Working principle
| Process diagram of hydrocyclone | The working principle of Xinhai hydraulic cyclone is mainly centrifugal settling. When the two-phase (or three-phase) mixture to be separated enters the cyclone from the feed port at a certain pressure, it generates strong three-dimensional elliptical strong rotational shear turbulent motion. Due to the different densities of particles, they experience varying degrees of centrifugal force, centripetal buoyancy, fluid drag, and other forces. As a result of centrifugal settling, most coarse particles (or heavy phase) are discharged through the bottom outlet of the cyclone, while most fine particles (or light phase) are discharged through the overflow pipe, achieving the purpose of separation and classification. | The Xinhai hydraulic cyclone has a unique structural design, using a multi-stage column composite structure. The column height can be increased or decreased according to needs. If the height increases, the overflow fineness can be improved, reaching about 10 μ m; And each diameter has a unique combination of cylinder length and cone angle, which can achieve a large tangential velocity with a very small total length of the cyclone, thereby increasing the centrifugal force of the material and improving the classification efficiency.3Technical Parameter | model | specifications | Processing ability (m) | /h) |
|---|---|---|---|---|---|---|
| Graded particle size (μ m) | 150 | Overflow outlet diameter (mm) | Diameter of sedimentation mouth (mm) | Inlet pressure (MPa) | XC II F 150 | 10 ~23 |
| 25 ~74 | 200 | 30 ~50 | 8~22 | 0.06 ~0.15 | XC II F 200 | |
| 17 ~38 | 250 | 28 ~80 | 40 ~65 | 16 ~32 | XC II F 250 | |
| 24 ~53 | 300 | 30 ~82 | 65~100 | 16 ~40 | XC II F 300 | |
| 40~100 | 350 | 36 ~90 | 65~120 | 20 ~40 | XC II F 350 | |
| 56~118 | 375 | 40~100 | 80~120 | 30 ~70 | XC II F 375 | |
| 74~157 | 450 | 42~105 | 90~135 | 30 ~70 | XC II F 450 | |
| 90~192 | 500 | 44~110 | 100~150 | 30 ~70 | XC II F 500 | |
| 128~300 | 550 | 50~115 | 130~220 | 35~100 | XC II F 550 | |
| 155~368 | 600 | 52~120 | 140~240 | 35~100 | XC II F 600 | |
| 200~468 | 660 | 57~125 | 160~260 | 65~110 | XC II F 660 |
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