ION Science just lately introduced the addition of a high-specification Particulate Matter (PM) sensor to its product portfolio, solidifying its place as a world chief in sensor provide and repair. The firm’s sensor vary, which is extensively recognised as the very best available in the market, has been additional enhanced with the addition of NextPM from TERA Sensor, providing OEMs a wider answer for air high quality administration.

At the upcoming AHR Expo in Atlanta, attributable to happen between 6 – 8 February, ION Science will showcase its newest air high quality sensing know-how, together with the NextPM sensor, which has been independently verified because the world’s best-performing, low-cost particulate sensor. In addition to the NextPM, ION Science’s MiniPID sensors can even be on show, providing dependable air high quality and emissions monitoring by means of their patented fence electrode know-how.

Particulate matter air pollution is a serious subject worldwide, with 91% of the world’s inhabitants residing in areas the place air high quality ranges exceed WHO limits. The NextPM sensor measures the amount and dimension of nice mud particles, offering essential data for enhancing air high quality.

Volatile natural compounds (VOCs) are human-made chemical substances used within the manufacture of paints, prescription drugs, and refrigerants, and may have opposed well being results. ION Science’s MiniPID sensors are probably the most appropriate for air high quality monitoring and embrace the MiniPID 2 PPB Sensor for low-end ppb sensitivity, the MiniPID 2 HS Sensor for top sensitivity, and the MiniPID 2 10.0 eV Sensor for selective measurement of extremely poisonous VOCs.

Using the MiniPID sensors and NextPM particulate sensors together, gives a complete method to monitoring air high quality and emissions for the safety of human and environmental well being. ION Science will probably be on stand C7056 on the AHR Expo the place guests can be taught extra about their full vary of sensors and know-how deployment choices.