Gas Detection
Enhancing Precision in Gas Detection
G&H | Artemis’ custom-engineered narrow bandpass filters have set a new standard in the world of nondispersive infrared (NDIR) gas detection. Our advanced optical solutions not only meet but exceed the industry's growing demand for precise and efficient gas monitoring systems.
Designed with the highest precision, our filters are renowned for their stability and minimal band shift, despite variations in temperature or incident angle. This makes them an indispensable asset in harsh environmental conditions, where reliability is key to successful gas detection operations. The filters also demonstrate a high signal-to-noise ratio, a feature that enhances the system's ability to accurately identify any gas with an absorption signature in the infrared waveband.
A distinguishing aspect of our gas filters is their adaptability. We understand that each gas sensing application is unique, requiring tailored solutions. Leveraging our in-house assembly capabilities, we cement the bandpass filters into arrays with multiple infrared wavelength channels. This allows for a customised approach to detecting and monitoring various gases.
The impact of our narrow bandpass filters on the gas detection industry has been transformative. Industries from petrochemical to environmental monitoring now benefit from increased accuracy and reliability in their gas detection systems. Safety standards have been significantly improved, contributing to healthier work environments and more effective responses to potential gas leak incidents.
In a world where the early detection and accurate identification of gases are vital, G&H | Artemis’ narrow bandpass filters serve as a beacon of technological innovation. We are dedicated to continually refining our optical solutions to meet the ever-evolving needs of the gas detection industry.
Partner with G&H | Artemis to experience the difference that high-quality, custom-engineered narrow bandpass filters can make in your gas detection operations
Get in touch with us to see how we can help
