The Electrically Heated Concentric Cylinder system enables concentric cylinder rheological measurements over the broad range of temperatures from ambient to 300 °C. Perfect for high-temperature testing of low viscosity liquids, the Electrically Heated Cylinder also supports high-temperature and pressure studies in conjunction with the popular Pressure Cell. These combined high-pressure and temperature investigations are ideal for characterizing fluids under down-hole conditions relevant to mining applications.
Features and Benefits
- Smart Swap™ technology
- Wide temperature range: ambient to 300 ˚C
- Powerful electrical heating for fast, accurate temperature control
- Popular DIN conical-end standard, Recessed-end and Double Gap Options
- Vane geometries and Building Materials Cell to prevent slip and handle very large particles
Technology
Efficient
electrical heaters and optimized
heat transfer ensure the most
accurate and uniform temperature
control available. An available air
cooling system reduces cool-down
time, greatly improving sample
throughput without the expense of
refrigerated liquid circulators.
The EHC is compatible with a wide variety of concentric cylinder cups, rotors, and accessories, including conical-end DIN rotors, recessed-end rotors, double-gap systems, solid torsion immersion, and the popular Pressure Cell.
- Description
-
The Electrically Heated Concentric Cylinder system enables concentric cylinder rheological measurements over the broad range of temperatures from ambient to 300 °C. Perfect for high-temperature testing of low viscosity liquids, the Electrically Heated Cylinder also supports high-temperature and pressure studies in conjunction with the popular Pressure Cell. These combined high-pressure and temperature investigations are ideal for characterizing fluids under down-hole conditions relevant to mining applications.
- Features
-
Features and Benefits
- Smart Swap™ technology
- Wide temperature range: ambient to 300 ˚C
- Powerful electrical heating for fast, accurate temperature control
- Popular DIN conical-end standard, Recessed-end and Double Gap Options
- Vane geometries and Building Materials Cell to prevent slip and handle very large particles
- Technology
-
Technology
Efficient
electrical heaters and optimized
heat transfer ensure the most
accurate and uniform temperature
control available. An available
air cooling system reduces
cool-down time, greatly
improving sample throughput
without the expense of
refrigerated liquid circulators.
The EHC is compatible with a wide variety of concentric cylinder cups, rotors, and accessories, including conical-end DIN rotors, recessed-end rotors, double-gap systems, solid torsion immersion, and the popular Pressure Cell.
