Exhibitor Products
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PS-VOC-E air quality module, works on the proven fuel cell technology, combines solid electrolyte with noble metal catalyst, converting VOC content into PPM directly. Once VOC arrives at working elect ...
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PS-VOC-100 air quality module, works on the proven fuel cell technology, combines solid electrolyte with noble metal catalyst, converting VOC content into PPM directly. Once VOC arrives at working ele ...
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PS-VOC Indoor Air Quality Module, combines advanced MEMS technique and semiconductor sensor, is developed for indoor air quality detection, Including VOC, TVOC equivalent and CO2, HCHO equivalent. The ...
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The air quality sensor with the model of M-VOC-5 from ProSense combines advanced MEMS technique & semiconductor technology. The sensor’s conductivity changes according to the concentration of the VOC ...
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The VOC sensor with the model of FC-VOC-100 from ProSense works on the proven fuel cell technology and responds directly to the volume concentration of VOC. FC-VOC-100 realizes the detection of VOC by ...
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The VOC sensor with the model of FC-VOC-5 from ProSense works on the proven fuel cell technology and responds directly to the volume concentration of VOC. FC-VOC-5 realizes the detection of VOC by the ...
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PS-NH3-100 Ammonia Module, works on the proven fuel cell technology, is specified developed for the accuracy monitoring of NH3. The module combines novel NH3 sensor with advanced electronic control te ...
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PS-NH3-10 Ammonia Module, works on the proven fuel cell technology, is specified developed for the accuracy monitoring of NH3. The module combines novel NH3 sensor with advanced electronic control tec ...
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FC-NH3-100 Ammonia sensor from works on the proven fuel cell technology and responds directly to the volume concentration of NH3. FC-NH3-100 realizes the detection of NH3 by the reaction occurred on t ...
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FC-NH3-10 Ammonia sensor from works on the proven fuel cell technology and responds directly to the volume concentration of NH3. FC-NH3-10 realizes the detection of NH3 by the reaction occurred on the ...