China Syngas Analyzers Manufacturer, Supplier, Factory

The MIC300-F08 Infrared Gas Analyzer from Chinese gas equipment manufacturer Zetron is a non-dispersive infrared analyzer equipped with a dot-matrix LCD display. Utilizing imported infrared sensors and advanced digital processing technology, it enables continuous online analysis of gases such as CO, CO₂, CH₄, NH₃, H₂S, and SO₂. Click here for more details.

Zetron's MIC616N Online Carbon Dioxide Gas Analyzer features an innovative gas flow stabilization system. Combining advanced technology, high precision, fast response, stable performance, comprehensive functionality, and ease of use, it enables continuous gas analysis. This instrument is essential for applications requiring the detection and analysis of carbon dioxide levels in various mixed gas streams. Shipped from our factory in China, customization is available.

China Zetron's MS400-DP Natural Gas Mirror Dew Point Meter utilizes the cold mirror principle and is a portable, intelligent humidity measurement device. Featuring innovative designs in signal detection, fuzzy logic control, and data processing, and equipped with high-performance imported core components, it delivers precise measurements. Learn more today.

The MIC601T portable trace oxygen analyzer from Zetron in China utilizes an imported electrochemical sensor to accurately measure oxygen concentration. Featuring high measurement accuracy, a green dot-matrix TFT display, and touchscreen controls, it is easy to operate, rechargeable, and offers long battery life. We invite you to learn more.

Oxygen Analyzer Analyzer is a portable, intelligent industrial gas analysis device that enables rapid and precise detection of oxygen levels across diverse operating conditions, enhancing production safety and efficiency.

Dew Point Meter focuses on industrial-grade humidity monitoring needs, supported by high-precision core sensing technology. It balances portability, battery life, and smart storage, making it a professional device for accurate dew point detection in various working conditions.