Specifications include, but are not limited to: Dynamic Rheometer that can perform controlled stress, strain, strain rate experiments. To have at least maximum torque 200 mNm. Minimum rotation torque of 10 nNm. To have at least 0.1 nNm torque resolution. 50 N Normal force option. Oscillatory 10-6 to 100 Hz frequency range. Have at least a maximum rotational speed of 300 rad/s Dynamic mechanical analysis mode available (Z-axis motion) Clam-shell environmental test chamber that is radiation/convection heated (minimum temperature range between ambient to 300 oC with temperature control to at least within 0.1oC (and should be upgradable to accommodate sub-ambient tests -100 to 300oC at a later date)). Must include parallel plates (25 mm), serrated parallel plates (25 mm), disposable parallel plates (25mm), and torsional clamps Able to perform oscillatory experiments (temperature sweep, stress sweep, strain sweep, simultaneous multi-frequencies (multiwave) superimposed experiments, creep tests, viscosity (flow) experiments, stress relaxation tests, on polymer melts, thermoset resins, asphalt binders, gels, etc. Able to control plate gap by force, speed and displacement Software that can perform standard rheological analyses (mathematical models, flow modelling, creep analysis, stress relaxation modelling, including time-temperature superposition (TTS) modeling and molecular weight distribution modeling) on polymers and asphalt. Software to be used on multiple PC for data analyses. Instrument software to run on a Windows 10 PC