Maximum Pressure gear pump for your thermoplastic applications
Extrusion operations require extremely reliable gear pump systems with high output consistency and a confi guration to suit each application.
The modular design of extrex® gear pumps easily meets the requirements for these
The extrex⁶ MP is a high pressure gear pump for the most demanding thermoplastic applications. With the new x⁶ class design you have additional benefi ts compared to the classic gear pump designs.
The flange design ST is already the same as the classic trudex, so there is no need to change process connections when replacing classic trudex pumps.
Configure your own product according to your requirements and needs. If you are unsure of the configuration, provide us in the notes the necessary information about the existing sensor or product, even a competitor. We will be happy to help you find an alternative MAAG products. If your request is urgent, let us know. We will do our best to help you resolve this situation to your satisfaction as quickly as possible. If we have all the information, we are able to offer a model with minor differences.
If you need more information do not hesitate to contact us.
|Rotation speed [RPM]||max. 200|
|Torque [Nm]||max. 12800|
|Differential pressure [bar]||max. 500|
|Viscosity [MPas]||max. 3000000|
|Temperature [° C]||350|
|Output [kg / h]||40 - 6000|
|Pump size||32/16 – 160/100|
|Gear shaft||Tool steel|
|Shaft seal||Alloy steel|
|Heating pump||Electric / liquid|
SELECTION OF TYPICAL PUMPED MEDIA
|Other polymers on request|
Defined tolerance classes
The cable heating cassette is fully connected to the connector
|Liquid heating with connecting holes|
|Pressure / temperature sensor holes in the pump body|
|Selection of materials for each application|
|Cooling function for shaft seals|
|Special types of seals|
|Support trolleys / base frames|
|Control systems - Complete solutions|
The value of the 6th generation
Elimination of incoming pulsations to maximize product uniformity
Protection of processed material
Minimized backflow volume to accelerate polymer flow
6th generation performance
Improved resistance to differential pressure increase
Excellent flow capacity for increased productivity
Reliability of the 6th generation
Unique self-centering shafts
Maximize process stability