Sand pumps are currently the most comprehensive centrifugal sand and gravel processing equipment, widely used in mining, chemical industry and general industrial fields. Among them, horizontal gravel pumps are specially designed for heavy-duty operations. They perform outstandingly in scenarios such as mining, ash treatment in the power sector, river dredging, and tailings transportation. They can continuously pump high-abrasive, high-density sand and gravel, and are powerful assistants in industrial production.
Advanced sand pumps adopt CAD 3D design and have significant advantages in hydraulic performance. They can greatly reduce hydraulic loss, bringing the dual benefits of high efficiency and low fuel consumption, with remarkable energy-saving effects. This means that in long-term operations, they can save enterprises a lot of energy costs.
The sand-digging capability of sand pumps is remarkable. They can dig to a great depth and handle high-density sand and mud. At the same time, the pump has excellent NPSH performance and strong suction-lifting capacity. Even when working in relatively deep water, it can stably suck and transport sand and mud without easily having the problem of insufficient suction.
Strong material passing capacity is another major highlight of sand pumps. Take dredging operations as an example, sand pumps can continuously discharge debris such as gravel and high-plasticity soil blocks without easily getting blocked, ensuring the continuity of operations and greatly improving work efficiency.
In terms of power matching, gravel sand pumps are flexible and convenient, and can be directly used with electric motors or diesel engines. Electric motors can be chosen for sites with stable power supply, while diesel engines can be used for field operations, adapting to different working environments.
Sand pumps have a very wide range of applications and can handle various soil types. Their impeller design is exquisite, usually with 3 or 5 blades, and there are many diameters and types available for selection, which can accurately match different working conditions to ensure operation effects.
In addition, sand pumps have many other advantages. They are small in size and light in weight, making them easy to move and install. They run stably with low vibration and noise, which can improve the working environment. The structure is simple and reliable, and it is convenient to disassemble, assemble and maintain, which can reduce the time for shutdown maintenance. The sealing performance is also reliable, achieving no leakage, avoiding material loss and environmental pollution. At the same time, the parts of sand pumps have a long service life, which can reduce equipment replacement costs and relieve enterprises from worries.
In short, with many advantages such as high efficiency, flexibility and durability, sand pumps play an important role in various industrial operations and are worthy of being called efficient all-rounders.
Sand Gravel Pump Structural Drawing:
Sand Gravel Pump Component Diagram:
Sand Gravel Pump Performance Parameter:
Model | Outlet Dia. (mm) | Clear water performance |
| Impeller dia. (mm) | Max. Solid (mm) |
Speed n (rpm) | Flow Q (m3/h) | Head H (m) | Eff.η
(%) | Max. Power (kw) |
6/4D-TG | 100 | 600-1400 | 36-250 | 7-56 | 50 | 60 | 378 | 82 |
8/6E-TG | 150 | 800-1400 | 180-540 | 12-52 | 60 | 120 | 378 | 120 |
10/8F-TG | 200 | 500-1000 | 180-820 | 12-56 | 60 | 560 | 533 | 178 |
12/10G-TG | 250 | 400-850 | 360-1200 | 12-60 | 65 | 600 | 667 | 220 |
14/12G-TG | 300 | 300-700 | 700-2700 | 8-70 | 65 | 600 | 864 | 241 |
14/12TU-TG | 300 | 300-700 | 700-2700 | 8-70 | 65 | 1200 | 864 | 241 |
10/8F-TGH | 200 | 500-1100 | 50-900 | 20-90 | 60 | 560 | 610 | 180 |
12/10G-TGH | 250 | 350-700 | 500-2000 | 20-80 | 70 | 600 | 915 | 210 |
16/14TU-TGH | 350 | 250-500 | 1000-2800 | 20-80 | 70 | 1200 | 1200 | 230 |