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Refrigerant gas detection requires reliable performance across low leak concentrations and high exposure levels. Micro-Hybrid’s NDIR sensor technology uses an innovative multiple-reflection optical design to measure ammonia and other refrigerants precisely, even within compact sensor geometries. The result is a stable alternative to electrochemical sensing for demanding refrigeration and industrial safety applications.

Seven cooperation agreements, a five-year partnership between Thuringia and Telangana, and new access to one of India’s most dynamic technology hubs. The Thuringian delegation’s visit has laid the groundwork for closer economic cooperation. For us, this marks the beginning of a crucial phase, as these new contacts are expected to lead to concrete projects in sensor technology and reliable electronics.

At first glance, an IR emitter product code may look like a random string of letters and numbers, hinting at size, power, or packaging. But at Micro-Hybrid, the code represents something much deeper. It encodes deliberate engineering choices - decisions about performance, environmental resilience, optical design, and long-term stability. The product code reflects a structured technology platform, not a random collection of variants.

NDIRsim makes NDIR design simple: visualize HITRAN-based gas absorption, check filter overlap, and predict signal vs. concentration and path length.

Calibration doesn’t have to be complicated: this quick guide shows how to set up reliable zero-point, clean-air, and span calibration for the MicroSENS 180-HS CO₂ sensor - plus practical recommendations on when recalibration makes sense.

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In sensors without ambient air pressure compensation, elevation and even daily changes in weather can distort readings.