| Features |
| continuous low-pulsation conveyance unaffected by fluctuations in pressure and viscosity. |
| conveyance volume in proportion to rotation speed with high dosing precision over a broad rotational-speed range. |
| high pressure capability without valves. |
| mechanical seal is located at the front of the product flow, making flushing unnecessary in many applications. |
| flange bearing separate from foot, making stator replacement easy |
| in various sizes for flow rates up to 500 m3/h |
| in various materials, from steel to chrome-nickel-steel to highly acid-resistant materials such as duplex, Hastelloy and titanium. |
| with various stator elastomers, from highly abrasion-resistant natural rubber, to oil-, acid-, and alkali-resistant elastomers, to Aflas and Viton. |
| in S & L Geometry for optimal adjustment to the application. |
| with a variety of mechanical shaft seals and packed glands as well as special seals. |
| Features |
| maximum homogenization of the substrate. |
| increased gas production. |
| continuous low-pulsation conveyance independent of pressure and viscosityhigh pressure capability. |
| robust drive seals. |
| low investment and operating costs. |
| high operating safety. |
| reinforced screw. |
| in various sizes for flow rates up to 75 m³/h. |
| for differential pressures up to 48 bar. |
| with adjustable funnel dimensions. |
| in various materials, from steel to chrome-nickel-steel to highly acid-resistant materials such as duplex, Hastelloy and titanium. |
| with various stator elastomers, from highly abrasion-resistant natural rubber, to oil-, acid-, and alkali-resistant elastomers, to Aflas and Viton. |
| in S-Geometry for gentle conveyance and secure operation. |
| with a variety of mechanical shaft seals and packed glands as well as special seals. |
| substrates that must be mixed with process water or liquid manure directly in the pumping space. |
| Features |
| maximum homogenization of the substrate. |
| increased gas production. |
| continuous low-pulsation conveyance independent of pressure and viscosityhigh pressure capability. |
| robust drive seals. |
| low investment and operating costs. |
| high operating safety. |
| reinforced screw. |
| in various sizes for flow rates up to 75 m³/h. |
| for differential pressures up to 48 bar. |
| with adjustable funnel dimensions. |
| in various materials, from steel to chrome-nickel-steel to highly acid-resistant materials such as duplex, Hastelloy and titanium. |
| with various stator elastomers, from highly abrasion-resistant natural rubber, to oil-, acid-, and alkali-resistant elastomers, to Aflas and Viton. |
| in S-Geometry for gentle conveyance and secure operation. |
| with a variety of mechanical shaft seals and packed glands as well as special seals. |
| substrates that must be mixed with process water or liquid manure directly in the pumping space. |
| Features |
| continuous low-pulsation conveyance unaffected by fluctuations in pressure and viscosity. |
| conveyance volume in proportion to rotation speed with high dosing precision over the entire rotational-speed range. |
| high pressure capability without valves. |
| location of the mechanical seal directly under the intake port in the pumping space makes external flushing of the seal unnecessary in many applications. |
| short drive shaft and pump lantern offer high stability for mechanical seal installation. |
| separate flange bearing and pump base make it easy to change the stator. |
| in various sizes for flow rates up to 400 m³/h. |
| for differential pressures up to 24 bar |
| in various materials, from steel to chrome-nickel-steel to highly acid-resistant materials such as duplex, Hastelloy and titanium |
| with various stator elastomers, from highly abrasion-resistant natural rubber, to oil-, acid-, and alkali-resistant elastomers, to Aflas and Viton. |
| in S & L Geometries to be customized optimally to your application. |
| with a variety of mechanical shaft seals and packed glands as well as special seals. |