Technical documentation
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WORKING PRINCIPLE:
In a gear pump, two rotors, respectively called the driving and driven rotors, are located in a housing that surrounds them on all sides. As the gears rotate, they are separated from the inlet side of the pump, creating a vacuum and a suction effect, which is filled with liquid. The liquid is transferred by the gears to the discharge side of the pump, where the gear meshing forces the liquid out of the gaps between the teeth.
The strong mechanical clearances and high rotational speed effectively prevent liquid from leaking back through the gear meshing area. The rigid construction of the gears and housing allows for very high pressures and the ability to pump highly viscous liquids.

APPLICATION AREAS
Common applications of gear pumps include, but are not limited to
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