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Start with the duty, then choose the pump.
Find a dedicated guide for each of JIABO's nine pump ranges, plus cross-range comparisons. These are general selection principles—not model performance guarantees. For a purchase, request the current technical sheet and curve.
Read the quick pump FAQ →How to Choose a Solar Water Pump for Irrigation
Size a solar irrigation pump from daily water demand, total dynamic head and the available solar window. Then check the pump curve, controller and PV array as one system—not from motor power or a maximum-flow number alone.
Read guide →Selection guideHow to Size a Solar Submersible Pump for a Borehole
A solar borehole pump must match daily water demand, the pumping water level and delivery head—not just well depth or motor horsepower. Use these checks to shortlist a deep-well pump, controller and solar array.
Read guide →Selection guideHow to Choose a Solar Surface Pump for Irrigation
For a pond, canal, tank or shallow source, size the solar surface pump from irrigation flow, total head, suction conditions and the complete controller/PV system. A large inlet or headline maximum flow is not enough.
Read guide →Selection guideHow to Choose an Electric Multistage Pump
Select an electric multistage pump by the required flow and pressure at the same operating point. Then verify suction conditions, motor supply, materials and the exact model curve before choosing a stage count or motor size.
Read guide →Selection guideSelecting centrifugal and multistage pumps
A series name narrows the layout. The operating duty point and current model curve determine whether a particular pump can do the job efficiently and reliably.
Read guide →Selection guideSelecting pumps for viscous or solids-bearing liquids
Oil, sludge and wastewater cannot be selected from a clean-water duty point alone. Describe the liquid and process before choosing between screw, diaphragm, oil-transfer and wastewater ranges.
Read guide →Selection guideHow to Select a Progressive Cavity Screw Pump
A progressive cavity pump may suit controlled transfer of viscous liquids or sludge. Size it from the real fluid, required flow, pressure and suction conditions, then confirm rotor, stator and drive limits.
Read guide →Selection guideHow to Select a Centrifugal Water Pump
Compare the required flow and total dynamic head on the same curve, then choose an inline, end-suction or other arrangement that fits the piping, suction and water quality.
Read guide →Selection guideHow to Select an Oil or Self-Priming Transfer Pump
Oil-transfer and self-priming pumps need different checks. Start with the exact liquid, viscosity, suction arrangement and safety requirements before reviewing the model curve and materials.
Read guide →Selection guideHow to Select an Air-Operated or Electric Diaphragm Pump
Compare the QBY air-operated and DBY electric-drive ranges from utility availability, liquid properties, duty and compatible wetted parts—not from appearance alone.
Read guide →Selection guideHow to Select a Chemical Transfer Pump
Chemical-pump selection starts with fluid compatibility and containment, then the required flow, pressure, suction and exact FSB configuration.
Read guide →Selection guideHow to Select a Submersible Sewage Pump
Size sewage and drainage pumps using flow at total head, then verify solids passage, fibers, wet-well levels, motor protection and the installation arrangement.
Read guide →Selection guideHow to Select a Gasoline or Diesel Water Pump
For off-grid pumping, pair the required flow and head with a suitable gasoline or diesel engine, suction arrangement and connection size. Engine horsepower and outlet diameter alone do not establish performance.
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