thermal analysis

These instruments include dual cooling and minimal liquid nitrogen use, which allow users to keep operating costs down

Automates and standardizes materials science laboratory workflows to help drive thermal analysis testing efficiency

The "sensor agnostic thermal imaging system" can detect feverish persons up to 200 yards away, helping screen for the novel coronavirus

Unlike thermocouples or spot pyrometers, the A35sc allows you to measure thousands of temperature points across your target and get reliable data in seconds

Learn the most common types of thermal analyzers readers use and more from the latest thermal analyzer user survey results

Microcalorimetry enables detailed investigation of the interactions between and thermodynamics of molecules/biomolecules and is particularly widely used in the development and manufacture of biopharmaceuticals

Find out our readers’ top ten uses and more from our latest thermal analysis survey results.

Get fun facts about thermal analyzers, a list of questions to ask when buying thermal analyzers, the most recent thermal analyzer releases, and an updated thermal analyzer manufacturer's list in this section.

Thermal analysis is the broad category of at least 20 techniques that measure some fundamental property of matter as a result of adding heat. For example, dilatometry measures volume changes upon heating, thermomechanical analysis quantifies the change in dimension of a sample as a function of temperature, and thermo-optical analysis detects changes in optical properties on heating or cooling.

Thermal analysis, or calorimetry, correlates temperature-dependent events to physical characteristics of a sample, such as mass, structure, strength, brittleness, elongation, decomposition, evolved gases, oxidation, reduction, or physicochemical structure.