Rubber Process Analyzer (RPA) for Elastomer and Compound Development and Quality Control The Rubber Process Analyzer (RPA) is an important tool for developing – and controlling the reliable manufacture of – elastomers and compounds. The RPA can provide far more information than traditional rubber testing methods such as the MDR or Mooney viscometer. In this…
DetailsThe new RSA-G2 is the most advanced platform for mechanical analysis of solids. The separate motor and transducer technology of the RSA-G2 insures the purest mechanical data through independent control of deformation and measurement of stress. It is capable of performing the most accurate DMA measurements as well as many additional experiments including creep and recovery, stress relaxation, stress ramps, strain rate ramps, iso-strain, iso-force, fatigue, multi-wave, arbitrary waveform, and dielectric thermal analysis.
DetailsDiscover the RS-DSC from TA Instruments, the ultimate high throughput DSC for rapid thermal analysis. Learn more about its precision, speed, and capabilities.
DetailsProduct Demonstration RS-DSC Product Demonstration: A Dilution-Free Method for Screening Thermal Stability of High Concentration Biotherapeutics Discover the Future of Thermal Stability Testing with the RS-DSC When it comes to antibody drug products, ensuring short-term thermal stability is crucial for maintaining quality and securing regulatory approval. The TA Instruments™ RS-DSC (Rapid Screening-Differential Scanning Calorimeter) revolutionizes…
DetailsThe RPA flex, Rubber Process Analyzer, is the new standard in rotorless oscillating shear curemeters. In addition to the standard tests of cure at fixed strain and frequency, the RPA flex can be configured to include variable strain, frequency, advanced LAOS testing, and sample pressure measurement. The RPA flex features a wide range torque transducer and variable sealing pressure and pressure sensor. Employing sealed biconical dies, the RPA flex meets all relevant ASTM, ISO, and DIN standards for rubber and elastomer characterization. The unique design includes an ultra-rigid test frame, variable direct drive motor, precision temperature control with optional cooling, available Autosampler, and powerful Scarabaeus Control and Analysis Software, making it the ideal platform for QC or R&D environments.
DetailsThe TA Instruments RPA elite rubber process analyzer (RPA) is the most advanced rotorless oscillating shear rheometer dedicated to the complete characterization of polymers, rubber and rubber compounds at all stages of manufacture. The RPA elite provides invaluable viscoelastic data on materials that are uncured, through the curing process, and in situ cured materials. The ultra-rigid test frame, high-resolution variable direct drive motor, ultra-stiff wide-range torque transducer, and precision temperature control provide the most precise and accurate torque, viscosity and viscoelastic properties of elastomers over the widest ranges of testing conditions. The fully flexible architecture of the RPA elite enables advanced testing capabilities beyond any other rubber rheometer including: complete post cure viscoelastic characterization, fully programmable sealing pressure, large amplitude oscillatory shear (LAOS) and arbitrary waveform deformations.
DetailsI love a good experiment in the kitchen, especially when it involves baking and desserts. In celebration of Pi Day, let’s take science and experiments into the kitchen with pie dough and fillings…and a rheometer.
DetailsOverview Discover how the new TRIOS AutoPilot software system enables you to standardize rheology workflow processes and decision-making. Combining thorough user-guidance, automated data processing, and decisional logic, AutoPilot reduces measurement variation, expedites tedious operations, and drives actionable decisions. Learn how you can join other organizations that have implemented these techniques to accelerate efficiency and…
DetailsApplications Training: Rheology The lecture-based course covers theory applicable to all rheometer instruments (including previous generation instrument models), but is mainly designed around the Discovery Hybrid (DHR) and ARES-G2 model instruments. The course will cover: Theory of operation Instrumentation Calibration Experimental parameters Software operation Maintenance & Troubleshooting Applications Need help? If you are having trouble…
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