The Affinity ITC and ITC Auto are designed for the most challenging life science laboratory environments that require high sensitivity, high productivity and the most advanced ITC technologies. The Affinity ITC brings advanced engineering to all critical aspects of the measurement ensuring the highest quality ITC data.
DetailsWith the ever increasing market demand for rubber products, those in compounding and manufacturing are tasked with the challenge of increasing output without sacrificing efficiencies. This naturally increases the requirements of processes such as mixing, extruding, and injection molding in the rubber industry. Many factors contribute to the success or failure of a compound formulation…
DetailsAdvanced Peltier System (APS) Stable, responsive Peltier temperature control technology featuring interchangeable plates or cylinders. DescriptionTechnologyGeometriesAccessories The APS is a Smart Swap Peltier temperature controlled environmental system with a temperature range of -10 to 150 °C, with a maximum heating rate of 20°C/min and a temperature accuracy of +/- 0.1 °C. Unlike other Peltier temperature…
DetailsAdvanced Peltier Plate Combines ultimate flexibility with exceptional temperature performance in a single Peltier Plate temperature system designed to cover the widest range of applications. DescriptionFeaturesTemperature SystemsTechnologyAccessories New Advanced Peltier Plate The new Advanced Peltier Plate combines ultimate flexibility with exceptional temperature performance in a single Peltier Plate temperature system designed to cover the widest…
DetailsDensity testing is made simple with the TA Instruments fully Automated Density Tester. This fully programmable, automated system measures the density of cured rubber materials using the finite difference (buoyancy) method.
DetailsDensity testing is made simple with the TA Instruments fully Automated Density Tester. This fully programmable, automated system measures the density of cured rubber materials using the finite difference (buoyancy) method. Active measurement of the fluid temperature increases accuracy by accounting for small changes in the density of the immersion fluid with temperature.
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