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A rheometer is a device that is used to measure the way in which a liquid, suspension or slurry flows in response to applied forces. It is used for those fluids which cannot be defined by a single value of viscosity and therefore require more parameters to be set and measured than is the case for a viscometer. A rheometer measures the rheology of a fluid.
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Featured Equipment
The Kinexus DSR+ is a dynamic shear rotational rheometer designed to meet R&D requirements in the asphalt sector. It has an innovative ‘plug and play’ functionality that suits all measuring units and environmental control systems.
The Kinexus ultra+ rheometer available from Malvern Instruments includes the widest torque range and highest sensitive air bearing.
The Kinexus DSR rheometer is a dynamic shear rheometer for routine analysis and QC testing in the Asphalt industry. The rheometer has a ‘plug and play’ function for use with all measuring systems and environmental control units.
The Discovery Hybrid Rheometer (DHR) from TA Instruments is an advanced system that has excellent performance specification and provides unparalleled direct stress control, direct strain control, and normal force measurement precision.
Other Equipment
The SmartPave dynamic shear rheometer (DSR) is based on the MCR rheometer technology with the renowned EC motor system.
The new ARES-G2 is the most distinctive rotational rheometer for advanced research and material development.
The new, improved DV3T Touch Screen Rheometer from Brookfield Engineering has been specifically designed to allow users to control the temperature of Brookfield’s Thermosel System or TC Series Baths without using a computer.
The FT4 Powder Rheometer is a universal powder tester - three instruments in one, combining the Freeman Technology patented blade methodology for measuring flow energy with a range of shear cells, wall friction modules and other accessories for measuring bulk properties.
NOVA Rheometer from REOLOGICA Instruments features a unique "Net- Zero" bias bearing system. This null balance system allows for Nano-Torque and Nano-Strain measurement control and analysis.
The Instron® CEAST HV500 is the latest instrument design to perform HDT and VICAT tests at high temperatures, up to 500°C, making this instrument ideal for research and quality control applications as it is ensuring the capability to test the new generations of techno-polymers, characterized by their excellent properties at high temperature.
The Rosand RH2000 system combines a number of advanced features associated with larger floor-standing models and it can be configured for research measurements through to Quality Control applications.
The new range of MCR rheometers is based on the EC motor method and uses low friction bearing and patented normal force sensor, which have all been upgraded over the years to meet the current demands of rheologists.
MCR 72 and MCR 92 are two new additions to the renowned Modular Compact Rheometer (MCR) series offered by Anton Paar. MCR 72 and MCR 92 provide easy and rapid rheological measurements, and they are both suitable for daily use in laboratories.
The Instron® capillary rheometer systems of the CEAST SmartRHEO Series are specifically designed for R&D, and for advanced quality control of thermoplastic materials, as they accurately determine the rheological properties of polymer samples over a wide range of shear rates and testing conditions.
The three sizes of Shear Cell modules for the FT4 Powder Rheometer allow the shear properties of powders to be measured. Using a shear cell on the high-specification FT4 platform allows the automatic generation of accurate and reproducible shear information which complements the dynamic flow date.
Freeman Technology's Aeration Control Module allows the measurement of the flowability of aerated powders. The bulk properties of all powders are affected by the presence of entrained air, as it fills the spaces between the particles, or in the case of cohesive powders, is incorporated into agglomerates of fine particles. The amount of air present determines how the solids interact with each other and this has a direct impact on the flow properties.
The Wells-Brookfield Cone/Plate Viscometer/Rheometer gives researchers a sophisticated instrument for routinely determining absolute viscosity of fluids in small sample volumes. Its cone and plate geometry provides the precision necessary for development of complete rheological data.
The Kinexus lab+ is developed to withstand the rigors of a busy quality control laboratory to offer consistent and robust rheological test capabilities.
The DV3T rheometer available from Brookfield Engineering features a 7” full color touch screen that easily shows all test parameters together with measured values for temperature, viscosity and yield stress.
The MCR 702 TwinDrive, available from Anton Paar, is an innovative high-end rheometer that combines two powerful synchronous EC motor units in a modular setup to perform rheological tests and deliver accurate results.
Malvern’s Kinexus pro+ rheometer has been specifically designed for rheological characterization of dispersions, soft solids and complex fluids.
The Grace Instrument M7500 Ultra HPHT Rheometer is a coaxial cylinder, rotational, high pressure, and high temperature rheometer. It is engineered to measure various rheological properties of fluids (including API HPHT tests) under a range of pressures and temperatures, up to 30,000 psi and 500 °F. An optional cement module is also available for testing the rheology of cements.
Brookfield Engineering’s RST Plus controlled stress rheometer performs rheological analysis via controlled stress measurement, thereby providing excellent viscosity profiling, thixotropic response, creep analysis, and yield stress determination.
Anton Paar offers a rotational rheometer called RheolabQC, which is based on next-generation technologies. These technologies are also integrated in research and development rheometers.
The Rosand RH7 and RH10 are used in hundreds of research laboratories globally and the robust H frame design permit operation under ultra-high loading conditions, as well as providing optimized space for multiple accessory configurations.