Thermal analysis consists of characterizing a material’s properties in terms of temperature (melting, crystallization point, etc.). Used in various fields from pharmaceuticals to the food and beverage industry, it relies on a controlled sample environment which has to be purged to ensure an inert environment. Additionally, gases can be injected into the reaction chamber in a predefined volume to study specific material reactions.

Thermal analysis
Characterization of material properties in a repeatable, accurate manner
Experience the difference with our sensors
Fast gas switching
Fast response time in the order of milliseconds of thermal mass flow controllers allows you to ensure the sample chamber is purged without any excess use of gas to reduce costs.
Reliable measurement
Reliability is key to ensure a repeatable measurement and guaranteed analysis results for end users who seek to have a robust instrument.
Custom-made solutions
Sensirion meets your requirements by offering custom structures including manifolds, assembled and leak-tested locally to reduce your assembly line complexity.
Analytical insights into your instrument
Relying on microthermal technology, Sensirion sensors offer a highly repeatable flow measurement down to nanoliters per minute and have been used in a variety of analytical laboratory instruments for applications such as liquid handling and pump feedback control.
However, our sensors can do more. On top of flow monitoring, their high sensitivity and fast reaction time enable insights into the instrument’s health and condition by detecting valve ringing, backflow, mechanical wear and bubbles.





