This instrument utilizes an imported electrochemical sensor, which consists of three components: an anode, a cathode, and an electrolytic cell. As the gas under analysis flows through the sensor, it generates a direct current proportional to the oxygen content within the gas; by measuring this current value, the instrument accurately determines the oxygen concentration. Integrated with single-chip microcontroller control technology, the device features high measurement precision and user-friendly operation.

The MIC600S-CO2 Carbon Dioxide Analyzer is a high-performance gas analysis instrument designed for continuous and accurate monitoring of carbon dioxide concentrations in industrial processes. Utilizing advanced sensor technology and intelligent signal processing algorithms, it delivers excellent sensitivity, fast response, and long-term measurement stability.

MIC600S Trace Oxygen Analyzer is a high-precision, online instrument developed by our company for detecting and analyzing trace oxygen in inert gases. This instrument utilizes an electrochemical sensor combined with single-chip microcomputer control technology, resulting in high measurement accuracy and ease of use.

This explosion-proof gas analyzer features a 128*64 dot-matrix LCD display , an explosion-proof chassis design, and incorporates safety barrier technology.

MIC300OZ OZONE DETECTOR is a microprocessor-based dual beam photometer(UV 254 nm) for measuring the ozone content in air or oxygen.

This multi-component gas analyzer features a 320 * 240 dot-matrix LCD display . Its working principle is based on the selective absorption of infrared radiation by certain gases.

The device features a handheld design, making it compact and lightweight, with multi-functional capabilities: it can accommodate up to 7 parameters, with optional sensors for O₂, CO, NO, NO₂, SO₂, H₂S, NH₃, CO₂(NDIR), N₂O(NDIR), CH₄(NDIR), etc.; it can measure flue gas temperature, ambient temperature, and flow rate/volume; and it automatically calculates CO2, excess air coefficient, combustion efficiency, heat loss, and other parameters.

The MS600S portable six-in-one gas detector is primarily used for the rapid and accurate detection of gas leaks or for alarming when gas concentrations exceed safe levels. It features a front-end digital sensor that can be replaced without disassembling the device. Each digital sensor is plug-and-play and intelligently recognized, allowing for the simultaneous configuration of multiple single digital sensors for the detection of a wider range of gases. The main gas detection principles employed include: electrochemical, infrared, catalytic combustion, thermal conductivity, and PID photoionization.

The nitrogen purity analyzer uses an electrochemical and ion flow oxygen sensor to measure the oxygen content in a gas and calculates the concentration of another gas besides oxygen by back-calculating the percentage. This instrument is widely used in industries such as steel, air separation, and nitrogen generators.

The FN104T dew point meter utilizes an imported thin-film capacitive humidity sensor, combined with single-chip microcomputer control technology, offering high measurement accuracy and ease of use.

The instrument features a 320×480-dot TFT display that simultaneously displays dew point temperature, volume ratio, and absolute humidity. When unattended, it can periodically record dew point values and store at least three months of continuous data. The touchscreen menu is user-friendly and user-friendly, with a fully Chinese menu. It operates with a 220V AC charger, AC power supply, and DC battery power, providing approximately 8–12 hours of continuous operation on a full charge.

MIC300OZ OZONE DETECTOR is a microprocessor-based dual beam photometer(UV 254 nm) for measuring the ozone content in air or oxygen.
To evaluate the ozone content in the sample gas the MIC300-O OZONE DETECTOR measures the UV radiation in the measurement channel, the UV radiation in the reference channel, the temperature and the pressure in the cuvette.