The trace oxygen analyzer adopts a unique protective gas circuit, which effectively protects the sensor and prevents the sensor from being exposed to the air for a long time to affect the life of the sensor; the built-in sensor protection device and temperature compensation sensor ensure the service life of the sensor while reducing the sample gas temperature.
The influence of environmental changes on measurement accuracy; calibration can be done at any point in the entire range without multi-point calibration, making calibration simple and convenient;
Trace oxygen analyzers are also used in a wide range: steel, metallurgy, thermoelectric, petrochemical, chemical, coking, PVC, polysilicon, synthetic ammonia and other industries can be used, which are classified as follows:
- Air separation oxygen production, air separation nitrogen production, automatic analysis of oxygen content in chemical processes
- Analysis of oxygen content in protective gases in the electronics industry, such as: trace oxygen test in nitrogen
- Analysis of oxygen content in glass and building materials industries and analysis of oxygen content in various industries
- Analysis of oxygen content in protective gas of high temperature sintering furnace such as magnetic materials