Mono GA Performance Curves
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- Mono GA Bareshaft Pump Unit
Contact us for a quoteMono Industrial Pump RangePerformanceNot AvailableFeaturesProgressing cavity principle – a helical rotor turning within a resilient statorUniform positive displacement flow irrespective of pump speedIdeal to transfer of free-flowing substances from high viscosity glues to solids in suspension and water Abrasion-resistantSelf-Priming with ... - Mono GA Close Coupled Pump Unit (W/O Motor)Contact us for a quoteMono Industrial Pump RangePerformanceNot AvailableFeaturesProgressing cavity principle – a helical rotor turning within a resilient statorUniform positive displacement flow irrespective of pump speedIdeal to transfer of free-flowing substances from high viscosity glues to solids in suspension and water Abrasion-resistantSelf-Priming with ...
- Mono GA Rotor - EN57Contact us for a quoteMono Industrial Pump RangePerformanceNot AvailableFeaturesProgressing cavity principle – a helical rotor turning within a resilient statorUniform positive displacement flow irrespective of pump speedIdeal to transfer of free-flowing substances from high viscosity glues to solids in suspension and water Abrasion-resistantSelf-Priming with ...
- Mono GA Stator - NitrileContact us for a quoteMono Industrial Pump RangePerformanceNot AvailableFeaturesProgressing cavity principle – a helical rotor turning within a resilient statorUniform positive displacement flow irrespective of pump speedIdeal to transfer of free-flowing substances from high viscosity glues to solids in suspension and water Abrasion-resistantSelf-Priming with ...
- Mono GA Stator - VitonContact us for a quoteMono Industrial Pump RangePerformanceNot AvailableFeaturesProgressing cavity principle – a helical rotor turning within a resilient statorUniform positive displacement flow irrespective of pump speedIdeal to transfer of free-flowing substances from high viscosity glues to solids in suspension and water Abrasion-resistantSelf-Priming with ...