About Photonics Technologies
Domestic leading | National standards
Inner Mongolia Photonics Technologies Co., Ltd. is a high-tech enterprise specializing in the research and development, manufacturing, sales and technical services of high-sensitivity trace gas analysis instruments. The company is located in the Ordos High-tech Industrial Development Zone. Dr.Wen-Bin Yan, who has won many honorary titles such as "Chinese Government Friendship Award", "National Distinguished Expert", and "Grassland Talent" in Inner Mongolia Autonomous Region, serves as the legal representative and general manager.

Company establishment

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Application areas

Intellectual Property
Products
Application Areas
Analyze various impurities such as trace amounts of HCI, HF, NH3, CH2O, CH4, CO, CO2, H2O, H2S, etc. in bulk gases
Mainly used for real-time, fast, and accurate monitoring of atmospheric greenhouse gases, including CO2, CH4, CO, etc. By utilizing advanced cavity decay spectroscopy detection technology, high-precision monitoring of greenhouse gases in the air, urban/regional atmospheric environment monitoring, fixed pollution source emission monitoring, etc.
Used for ultra pure ammonia production and Specialty gas quality monitoring, including HCl, Cl2, CO2, N2O, NF3, CxFy, Xe, etc., with corrosion-resistant models for you to choose from.
During the air compression separation process, trace impurity gas detection is performed on the target gas.
Analyze various impurities such as trace amounts of HCI, HF, NH3, CH2O, CH4, CO, CO2, NH3, H2O, H2S, etc. in high-purity hydrogen gas used in fuel cell vehicles.






Product Advantages

Measurement accuracy
<1 ppb measurement accuracy

Response speed
Measurement speed in seconds

Absolute measurement
The advantages of molecular spectroscopy include a self referencing system

Corrosion resistance
Design for corrosive and toxic gases

Continuous measurement
Real time online measurement

Low maintenance costs
The advantages of molecular spectroscopy include a self referencing system
Typical Case
Latest Developments
2023-09-08
2023-09-05
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