Dynament’s advanced dual-gas infrared sensors are engineered to measure methane (CH₄) and carbon dioxide (CO₂) simultaneously within a single compact sensor unit—while consuming the power of just one standard infrared sensor. This efficient design helps extend battery life, making it ideal for use in portable gas detection equipment.
As an added benefit, all... (read more)

Dynament Nitrous Oxide (N₂O) Sensors provide accurate detection across 0–1000 ppm and 0–1% volume ranges using proven NDIR technology. Featuring a fully integrated plug-and-play design with temperature-compensated output, they simplify OEM integration while delivering reliable performance across industrial, environmental, and research applications. (read more)

Dynament refrigerant gas sensors provide accurate detection of R32, R454B, R454C, R290, and CO₂ (R744) for HVACR and industrial applications. Based on proven NDIR technology, they deliver high-resolution leak detection, plug-and-play integration, temperature-compensated outputs, and flexible calibration options for reliable long-term performance. (read more)

High-Performance Infrared CO₂ Sensors for Diverse Applications
Dynament offers an extensive selection of carbon dioxide sensors based on non-dispersive infrared (NDIR) technology, delivering accurate CO₂ detection across a broad measurement range, from 500 ppm to 100% volume.
The Platinum Series sensors are engineered for easy integration, featuring built-in optics,... (read more)

Designed for hydrocarbon monitoring in demanding industrial environments, the Platinum Series sensor provides accurate methane and propane measurement with optional dual-gas methane/CO₂ capability. Multiple power modes, extended temperature operation, and integrated signal processing simplify OEM integration while supporting high-performance gas detection applications. (read more)

Designed for portable, power-sensitive gas monitoring systems, this low-power dual-gas sensor simultaneously measures methane, carbon dioxide, and propane in a single NDIR package. Ultra-low power consumption, high-resolution measurement, and industry certifications make it ideal for biogas, industrial safety, and remote monitoring applications. (read more)