Chlorine sensor is applied to CL2 leakage detection in waterworks

29th Mar 2023

Chlorine disinfection of tap water is a relatively common water safety detection method in the world at present. Chlorine disinfection can not only effectively eliminate harmful substances in water, but also is recognized as one of the efficient and reliable detection methods of tap water due to its very low cost.

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How to maintain the sensitivity of an oxygen gas sensor in daily use.

27th Mar 2023

Oxygen gas sensors, especially electrochemical oxygen gas sensor modules, can automatically adapt to environmental changes and automatically calibrate the aging curve of the sensor.

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How often does the gas sensor need to be recalibrated and its environmental impact?

25th Mar 2023

We all know that to ensure the accurate measurement of gas detectors, users must calibrate the instruments regularly. However, what is the calibrating time interval? If the interval is too short, it will waste too much manpower and material resources, which may also affect the service life of the instrument.

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The role of ozone sensor in the face of ozone pollution

23th Mar 2023

Ozone is a light blue gas with a fishy odor and strong oxidative properties. In high-altitude areas, ozone has the function of absorbing ultraviolet rays to protect organisms, but when it is close to the ground, it can harm human health, hence it is called the "guardian of the sky and the killer of the ground", and summer is the peak season for ozone pollution.

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Chlorine gas sensors applied to detect CL2 leaks in a water treatment plant

21th Mar 2023

Chlorine disinfection of tap water is a common water safety detection method in the world. Chlorine disinfection can effectively eliminate harmful substances in water, and because the cost of chlorine gas is very low, it is recognized as one of the efficient and reliable tap water detection methods in the world.

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Applications and Advantages of Infrared Gas Sensors

19th Mar 2023

        Compared with other types of gas sensors, infrared gas sensors have advantages that other types of gas sensors do not have. These advantages include good selectivity, long lifespan, independence from oxygen, low susceptibility to environmental interference, high precision, and so on.        In practical applications, infrared gas sensors have higher practicality. Its application field is very extensive. Whether it is in petrochemical industry, atmospheric monitoring, medical and health, or agricultural development, it has made significant contributions. Today, we will share with you the specific applications of infrared gas sensors in different fields. Environmental Protection:         Infrared gas sensors are mainly used to detect the concentration of carbon dioxide gas in the air during the monitoring of air quality in the atmosphere. Due to the greenhouse effect, carbon dioxide can absorb infrared rays, and this absorption can be used to measure the concentration of carbon dioxide gas per unit volume.           The detection principle of infrared carbon dioxide sensors is based on the absorption of specific wavelengths of CO2 gas in a particular band of infrared radiation, which weakens the energy of radiation transmitted through the measurement chamber,...

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