
Thermal conductivity sensor
The thermal conductivity sensor continuously measures carbon dioxide (CO₂), nitrogen (N₂) or hydrogen (H₂).
Sensors for the detection of gaseous substances in gaseous and liquid media – from trace levels to maximum saturation.
Switzerland
Dextens offers electrochemical (O₂, O₃) and thermal-conductivity-based (CO₂, N₂, H₂) sensors for high-precision measurements in gaseous and liquid media. The stainless-steel and Teflon construction makes them ideal for harsh applications and high pressures. Measurements range from saturation down to trace levels.
The instruments are characterised by:
Dextens beverage analysis units are suitable for glass bottles, PET bottles and cans. Depending on the configuration, they measure O₂, CO₂, N₂, pressure, temperature, Brix, alcohol content, conductivity, viscosity, colour and more – in the lab or integrated into production.

The thermal conductivity sensor continuously measures carbon dioxide (CO₂), nitrogen (N₂) or hydrogen (H₂).

This process analyser complements the Dextens sensors. It continuously measures gas concentration and temperature and delivers concentration readings in the liquid and gas phase.

This electrochemical O₂/O₃ sensor is ideal for high-precision measurements in dissolved and gaseous phases. Built from stainless steel, it is ideal for harsh chemical conditions and high pressures.

This portable analyser is designed for offline or laboratory measurements. Built from stainless steel and aluminium – ideal for harsh conditions in breweries (O₂) and for on-site measurements in other industries (O₂ and O₃).