Gear pumps are suitable for controlled fluid transfer and dosing in laboratories, research and technical applications. Intermeshing gears continuously transport the fluid from the suction side to the discharge side. Our range offers solutions for different fluid transfer and dosing requirements. When selecting a pump, key factors include flow rate, operating pressure, viscosity and chemical properties of the fluid, as well as the materials used in the pump.
Gear pumps are positive displacement pumps that transfer fluids using rotating gears. They are used in laboratories, technical systems, and research and development applications where fluids need to be transferred or dosed in a controlled manner. Depending on their design and configuration, they are suitable for different flow rates and operating conditions.
Inside the pump, gears mesh with one another, creating cavities that transport the fluid from the suction side to the discharge side. Flow performance is influenced by factors including gear geometry and rotational speed. Gear pumps can therefore be suitable for applications that require consistent and controllable fluid transfer.
Gear pumps are used for a variety of fluid transfer and dosing tasks. Their suitability depends on the specific pump model and the properties of the fluid. Viscosity, lubricity, chemical compatibility and any solid particles present must all be considered when selecting a pump. Not every gear pump is suitable for every fluid.
When choosing a suitable gear pump, consider the required flow rate and operating pressure, as well as the viscosity and temperature of the fluid. The materials used for the gears, pump housing and seals must also be compatible with the fluid and operating conditions. Depending on the model, the drive type, speed control, size and connection design may also be important factors.
Whether for experimental setups, analytical systems or technical dosing processes, the right gear pump supports fluid transfer tailored to the application. Compare the technical data of the available models to find a suitable solution for your requirements. Always consider the complete operating conditions and the manufacturer's specifications for the individual product when evaluating suitability.