Jayesh Traders

• The  ZE08K-CH2O HCHO Sensor Module is designed for accurate and real-time formaldehyde (CH₂O) detection, ensuring reliable air quality monitoring and pollution control. 
• Perfect for IoT-enabled systems, BMS automation, and smart city networks, the ZE08K-CH2O integrates seamlessly into industrial plants, laboratories, environmental monitoring stations, homes, and offices. 
• Certified with ISO9001 and CE standards, this module meets government compliance requirements, helping organizations maintain cleaner and healthier air quality.

The  ZE510-CH2O HCHO Sensor Module is a high-precision formaldehyde (CH₂O) detection sensor designed for real-time air quality monitoring and pollution control. Featuring advanced electrochemical sensing technology, it offers high sensitivity, fast response, and long-term stability. Ideal for indoor and outdoor environments, this module integrates seamlessly with IoT-enabled systems, BMS automation, and smart city applications. Perfect for homes, schools, offices, industrial plants, laboratories, and environmental monitoring stations, the ZE510-CH2O meets ISO9001 and CE certification standards, ensuring government compliance and supporting healthier, safer air management.

• The  ME2-CH2O Formaldehyde Sensor delivers accurate, real-time HCHO measurement using advanced electrochemical technology. 
• Known for its fast response, high sensitivity, and long-term stability, it’s ideal for indoor air quality monitoring, pollution management, and industrial safety. 
• Fully compatible with IoT-enabled devices, BMS automation, and smart city solutions, it ensures government-compliant formaldehyde detection.

The  ME2-CH2O-16 HCHO Sensor provides real-time formaldehyde detection using advanced electrochemical sensing technology. Known for its high sensitivity, fast response, and long-term stability, it’s ideal for air purifiers, HVAC systems, IoT-enabled devices, and environmental monitoring stations. Certified with ISO9001 and CE standards, it ensures government-compliant indoor air quality monitoring.

The EC Sense ES1-HCHO-100 Formaldehyde Gas Sensor is a cutting-edge solid polymer electrochemical gas sensor, known for its extended lifespan and durability. Notably, it operates without any power consumption and boasts a compact design. This ES1-HCHO-100 Gas Sensor is specifically engineered to detect Formaldehyde gases, which are crucial to detect in various applications. When paired with the EC Sense Smart Digital Board, it simplifies integration, eliminating the need for labor-intensive sensor calibration.

The EC Sense ES1-HCHO-5 Formaldehyde Gas Sensor is a cutting-edge solid polymer electrochemical gas sensor, known for its extended lifespan and durability. Notably, it operates without any power consumption and boasts a compact design. This ES1-HCHO-5 Gas Sensor is specifically engineered to detect Formaldehyde gases, which are crucial to detect in various applications. When paired with the EC Sense Smart Digital Board, it simplifies integration, eliminating the need for labor-intensive sensor calibration.

The EC Sense ES4-HCHO-100 Formaldehyde Gas Sensor is a cutting-edge solid polymer electrochemical gas sensor, known for its extended lifespan and durability. Notably, it operates without any power consumption and boasts a compact design. This ES4-HCHO-100 Gas Sensor is specifically engineered to detect Formaldehyde gases, which are crucial to detect in various applications. When paired with the EC Sense Smart Digital Board, it simplifies integration, eliminating the need for labor-intensive sensor calibration.

The EC Sense ES4-HCHO-5 Formaldehyde Gas Sensor is a cutting-edge solid polymer electrochemical gas sensor, known for its extended lifespan and durability. Notably, it operates without any power consumption and boasts a compact design. This ES4-HCHO-5 Gas Sensor is specifically engineered to detect Formaldehyde gases, which are crucial to detect in various applications. When paired with the EC Sense Smart Digital Board, it simplifies integration, eliminating the need for labor-intensive sensor calibration.