A transfer pump moves water or another compatible liquid from one place to another. A booster pump increases pressure in a system that already has a defined supply path.
Quick answer: Choose a transfer pump when distance, elevation and volume movement dominate; choose a booster pump when the key problem is insufficient pressure at the point of use.
Selection snapshot
| Primary intent | compare pump use cases, route to transfer or booster products |
| Main selection inputs | flow, pressure/head, source condition, power, controls, service access |
| Borra fit | IS Clean Water Centrifugal Pump, Booster Regulator Water Supply Equipment |
Purpose difference
Transfer pumps are selected for moving a liquid between tanks, wells, irrigation points or process areas. Booster pumps are selected to raise pressure in a supply line, building zone or equipment feed.
Pressure and flow difference
Transfer pumps may prioritize flow and suction lift, while booster pumps usually prioritize stable outlet pressure across changing demand. Both still require a full duty-point calculation.
| Primary intent | compare pump use cases, route to transfer or booster products |
| Main selection inputs | flow, pressure/head, source condition, power, controls, service access |
| Borra fit | IS Clean Water Centrifugal Pump, Booster Regulator Water Supply Equipment |
Control difference
Transfer pumps may be controlled by float switches, manual start, timers or level sensors. Booster pumps are often controlled by pressure switches, pressure transmitters, VFDs and pressure tanks.
Practical tips
- Ask whether the problem is movement volume or outlet pressure.
- Confirm suction lift for transfer pumps and inlet pressure for booster pumps.
- Check medium quality before selecting either pump type.
Common mistakes to avoid
- Do not use a booster pump to solve a long-transfer problem without checking suction and NPSH conditions.
- Do not use a transfer pump as a pressure-maintenance system without proper controls.
Related Borra options
For a project quotation, send the flow, pressure/head, power supply, medium, duty cycle and installation conditions. Relevant Borra starting points include:
FAQ
What is the main difference between a transfer pump and a booster pump?
A transfer pump moves liquid from one location to another. A booster pump raises pressure in a supply system.
Can a transfer pump increase pressure?
It can add head, but it is not automatically a constant-pressure booster system.
Can a booster pump move water between tanks?
It may move water, but a transfer pump or transfer package is usually clearer when the goal is relocation rather than pressure maintenance.
Which pump is better for irrigation?
It depends on whether the need is moving water to the field or boosting sprinkler pressure.
What data is needed for transfer pump selection?
Provide liquid type, flow, distance, elevation, suction condition, pipe size, power and solids content if any.
What data is needed for booster pump selection?
Provide required flow, incoming pressure, target pressure, demand pattern, pipe size and power supply.