Agricultural Multi-Stage Pumps

Agricultural multi-stage pumps are single-suction, multi-stage, segmental centrifugal pumps. They feature robust casing and impeller designs, capable of withstanding the pressure of high-pressure pumping without deformation or rupture. These pumps boast high efficiency, a wide performance range, safe and stable operation, low noise, long service life, and easy installation and maintenance. With large flow rate and high head, they can pump pressurized water or other liquids with physical and chemical properties similar to water. They enable long-distance fluid conveyance and transport fluids through pipelines with minimal pressure loss, which is particularly crucial for industries requiring long-distance liquid transportation.

Core Product Advantages

Multi-Stage Impellers for Multi-Stage Pressure Boosting: The impellers have smooth surfaces, which minimize friction loss of water flow and energy loss to the greatest extent, maximizing the efficiency of the pumping process and thus reducing energy consumption and operating costs.
Tight Shaft Seal: The shaft seal adopts a mechanical seal made of hard alloy and fluororubber, which can seal the gap between the pump casing and the pump shaft and maintain the pump's vacuum environment for 600 hours.
Diverse Pump Types: Based on different operating environments, the pumps are divided into vertical multi-stage pumps and horizontal multi-stage pumps:
Vertical Multi-stage Pumps: Designed with a compact, space-saving structure, featuring a pump motor located above the pump. This reduces the floor space and facilitates maintenance and repair.
Horizontal Multi-stage Pumps: The motor is located on the side of the pump to save installation space.
Strong Adaptability: Pumps with high-temperature resistance, wear resistance, and corrosion resistance can be selected or customized according to different working conditions.

Core Parameters

Pump outlet diameter:	40 mm
Flow rate:	6.3 m³/h
Head:	200 m

Diverse Application Scenarios

Multi-stage pumps are used for high-lift and high-pressure transportation of clean water and clean water-like media, and are suitable for various high-pressure water working conditions:

Water Supply: Filtration and transportation in waterworks, water supply of waterworks, booster pumps, and building water pressure boosting.
Industrial Pressure Boosting: Process water systems, cleaning systems, high-pressure flushing systems, and fire protection systems.
Industrial Liquid Transportation: Cooling and air conditioning systems, boiler feed water and condensation systems, machine tools, and acid-alkali transportation.
Water Treatment: Ultrafiltration systems, reverse osmosis systems, distillation systems, separators, and swimming pool water circulation.
Irrigation: Farmland irrigation, sprinkler irrigation, and drip irrigation.