An Introduction To High Pressure Rheology

An Introduction To High Pressure Rheology High pressure rheology explores phenomena that are not accessible at ambient laboratory conditions. Three of the advantages of using a pressure rheometer cell include a controlled environment for volatile fluids, saturating fluids with soluble constituents, and exploring new phase space using a combination of temperature and pressure.

Rubber Process Analyzer (RPA) for Elastomer and Compound Development and Quality Control

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…

Degassing Station

Degassing Station The Degassing Station is a stand-alone, touch screen operated multi-feature microcalorimetry accessory for reliable sample preparation and manual cell cleaning method execution for all Nano ITC, Affinity ITC and Nano DSC instruments.  The degassing chamber will accommodate a variety of sample tubes and vials as well as a standard 96-well plate and serve…

Cleaning Station

Cleaning Station The Cleaning Station is a reliable, easy-to-use, user programmable microcalorimetry accessory for performing automated cleaning of the cells in the Affinity ITC, Nano ITC and Nano DSC instruments.  The Cleaning Station is a touch-screen operated stand alone accessory that is designed to be used with all ITC and DSC cell cleaning tools.  User…

Randy H. Ewoldt: Experimental Challenges of Shear Rheology, How to Avoid Bad Data

Randy H. Ewoldt: Experimental Challenges of Shear Rheology, How to Avoid Bad Data How do you know when to trust your rheology data? How do you avoid bad data? Is there a checklist? Can you co-plot quantitative experimental boundaries against measured data? This presentation will discuss techniques for identifying and minimizing experimental errors and for…

Prof. Mariano Paganelli: Optical Contactless Measurement of Shape- and Dimensional Changes at High Temperature.

Prof. Mariano Paganelli: Optical Contactless Measurement of Shape- and Dimensional Changes at High Temperature. In this webinar, Prof. Paganelli shows how the innovative technologies adopted by TA Instruments’ new Optical Dilatometry Platform (ODP 868) address the requirements of laboratory scientists and manufacturing managers of traditional and advanced ceramics. Additionally, these technologies prove beneficial for power plants…

Discovery DSC 25P

Discovery DSC 25P Dynamisches Hochdruck-Differenzkalorimeter DSC 25P – Erfüllt Ihre Anforderungen an Druck-DSC. << Alle dynamischen Differenzkalorimeter anzeigen Beschreibung Funktionen und Spezifikationen Leistung Zubehör Ressourcen Discovery DSC 25P dynamisches Differenzkalorimeter: Das DSC 25P ist ein modernes Druck-DSC-Modul, das Wärmestrommessungen bei druckempfindlichen Materialien ermöglicht. Das Discovery DSC 25P wird verwendet, um thermische Übergänge, chemische Reaktionen und Oxidationsbeständigkeit/-zersetzung unter Vakuum, normalem atmosphärischem Druck…

TGA 5500

The TGA 5500 is designed for the researcher that requires the highest level of performance and features in one package. Built to maximize temperature control and minimize drift, the TGA 5500 has less drift than any competitive TGA – even after they use post-test data manipulation! The TA patented IR furnace delivers the fastest heating and cooling rates available. The all new autosampler makes high productivity standard.