Product Search
Real-world sizing and selection tool for a variety of the most popular pumps across the CIRCOR portfolio.
Search
Optimizes all hydraulic characteristics such as flow pattern, power absorption and distribution, and lubrication to ensure long service life and maximum efficiency.
3.800
Max. Discharge Pressure [bar] :6
Max. Fluid Temperature [°C] :135
Max. Viscosity [mm²/s] :300.000
MFG in Monroe, NC USA
For polymer extrusion applications where product uniformity is critical. BB PEP Series pumps are specifically designed for medical tubing applications where high precision and ease of disassembly and cleaning are desired.
750
Max. Flow Rate [lbs/hr] :7,000
Max. Fluid Temperature [°F] :950
Max. Disch. Pressure. [PSI] :10,000
Materials :Through hardened tool steel, Corrosion resistant nickel and cobalt alloys (Stellite)
Developed for multiple pump series, this technology offers incredibly fast disassembly and assembly times and provides best-in-class Mean Time To Repair (MTTR). Suitable for a wide range of fluids.
1.600
Max. Discharge Pressure [bar] :10
Max. Fluid Temperature [°C] :100
Max. Viscosity [mm²/s] :190.000
For handling viscous, abrasive or solids-laden materials in various industrial applications. Their unique hopper design enables efficient and smooth product transfer in this tough environment.
1.700
Max. Differential Pressure [bar] :36
Max. Fluid Temperature [°C] :135
Max. Solid Content [%] :45
Max. Viscosity [mm²/s] :1.000.000
Powerful, but also extremely versatile pump series. Whether thinor highly viscous liquids, neutral or aggressive media, gaseous or foaming liquids – our pumps effortlessly master every challenge.
12.000
Max. Differential Pressure [bar] :16
Max. Fluid Temperature [°C] :135
Max. Viscosity [mm²/s] :250.000
Specifically developed for our progressing cavity pumps with a clear focus on cost effectiveness. The compound formulation is the key to how long a stator will maintain its original flow rate.
The modular design allows for high production efficiency and flexibility in meeting specific customer requirements. The series covers a wide pressure range up to 48 bar, with special versions for the oil and gas industry exceeding this limit.
7.500
Max. Differential Pressure [bar] :48
Max. Fluid Temperature [°C] :150
Max. Solid Content [%] :60
Max. Viscosity [mPas] :300.000
Vertical progressing cavity pumps are the ideal solution for emptying tanks, pits, basins or containers. Thanks to their vertical design, they are submerged directly in the liquid to be pumped and ensure safe, efficient and trouble-free pumping.
2.000
Max. Differential Pressure [bar] :48
Max. Fluid Temperature [°C] :150
Max. Solid Content [%] :60
Max. Viscosity [mPa s] :300.000
For pumping large volumes of liquid at low heads. These pumps are extremely versatile and offer superior solutions for handling a wide range of fluids, from highly corrosive to slurries.
50.000
Max. Delivery Head [m] :12
Max. Discharge Pressure [bar] :6
Max. Fluid Temperature [°C] :200
Anti-Heeling-Systems keep ships in balance during loading and unloading. Innovative inline propeller pump, also known as axial flow pump, designed specifically for use in Anti-Heeling-Systems.
1.400
Max. Delivery Head [m] :20
Max. Differential Pressure [bar] :2,5
Max. Fluid Temperature [°C] :40
No. of Stages :1 & 2
Instead of wasting unused energy as heat, the ERCV uses an innovative combination of a volumetric screw-machine and advanced actuator technology to recover unused hydraulic energy.
Non-contact, friction-based screw heating pumps are extremely versatile and can operate at temperatures up to 400 °C. Our horizontal or vertical heating pumps provide a robust solution for simultaneous heating and pumping of fluids in one compact unit.
2 MW
Max. Differential Pressure [bar] :40
Max. Fluid Temperature [°C] :400
Max. Viscosity [cSt] :10.000