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  • Building the Case for Reconditioned Rheometers
    ATS RheoSystems offers reconditioned STRESSTECH and NOVA rheometers for 40-60% of the cost of new research grade rheometers. After extensive reconditioning and calibration, these top-of-the-line instruments once again perform with impressive accuracy, matching original specifications and allowing
  • Dynamic Shear Rheometers Pave the Way for Quality Asphalt Binders
    Asphalt binders' behavior depends on temperature. and time of loading. Unlike steel, which is considered. a completely elastic material that can store. energy indefinitely, asphalt binders cannot sustain. a load without showing time-dependent deformation. known as creep. Additionally, some of the
  • Application Note: Mouthwash
    We used a Brookfield LVDV-III Ultra Rheometer with Rheocalc v3.1 software for automated instrument control and data acquisition. (Note: any standard Brookfield Viscometer or Rheometer would apply.)
  • High Shear Rate Experiments
    Many times experiments at high shear rates are required to characterize materials that undergo. processing such as spraying, milling, coating and lubrication. The ability of a research rheometer to. make measurements in the shear rate regime of 100,000 s-1 is predicated on two factors; 1
  • An Economical Alternative to Rheological Characterization
    to conduct measurements and interpret complex rheological data. Due to financial constraints, organizations often limited their data to single-point viscosity measurements that could be collected using low-cost viscometers. This article evaluates the performance of the Black Pearl Rheometer (ATS RheoSystems
  • Squeeze Flow
    The behavior of polymers in extension is useful to study for many different polymer. processes such as blown film extrusion and blow molding. The STRESSTECH and. DYNALYSER rheometers can both be used to measure the rheological behavior of. polymers in squeezing flow, or biaxial extension
  • Droplet Breakup in Sprays and Coatings
    The Capillary Breakup Extensional Rheometer (CaBER (R)) was initially developed at Cambridge Polymer Group under a Small Business Innovation and Research (SBIR) grant. The instrument has since been commercialized in collaboration with Thermo Haake (Germany) and is now the only commercially
  • In Situ Rheological Monitoring of Viscous Nonnewtonian Fluids Using a Helical Ribbon Agitator
    Mechanically degraded food fluids were modelled as Power law fluids in a pilot scale (42 l) helical ribbon agitation vessel. Effective rheological representative flow curves determined from speed/torque data proved comparable to off-line laboratory rheometer measured data. Modelling effective

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