A spiral seal is present between the stator and rotor of a high-pressure pump. This seal separates the inlet and outlet chambers, acting as an extra layer of separation and a valve – a prominent feature of high-pressure pumps.
Compared to other pump types, high-pressure pumps offer more comprehensive media transport capabilities. They can transport liquids, gases, solids, and other substances in various forms, a capability unmatched by other pumps. This is another key characteristic.
Fluid stability within the pump is excellent because its volume remains constant during operation, eliminating turbulence and pulsating fluctuations.
High-pressure pumps have a long service life because their elastic stator forms a volumetric cavity. This cavity reduces wear caused by solid particles, extending the pump's operating time.
High-pressure pumps can operate for extended periods because the flow rate is directly proportional to the rotational speed. With the speed controller, the equipment can automatically adjust the amount of material being conveyed, so the high-pressure pump can convey the medium material in both directions, ensuring that the high-pressure pump can work effectively for a long time.
