SM-NH₃ Gas Sensor: Expanding the Application Scenarios of Smart Wearable Devices
After the successful launch of its electrochemical mini series O₂, H₂S, CO, NO, and NO₂ sensors, Sangbay now introduces the SM-NH₃ GAS SENSOR. Featuring advanced miniaturization design, this product combines extremely lightweight construction and ultra-low power consumption, providing intelligent, high-precision sensing services for ammonia monitoring across diverse scenarios.
SM-NH₃ Gas Sensor Advantages
(1) Miniaturized Design: A more compact structure measuring just 9.7mm × 14.0mm, representing a 70% reduction in volume compared to 4-series ammonia sensor.
(2) Superior Performance: Features high sensitivity, precision, and rapid response speed, delivering enhanced reliability.
(3) Easy Integration: Seamlessly integrates into wearable devices, portable detectors, environmental monitoring stations, smart municipal systems, industrial safety equipment, enabling rapid deployment and data connectivity.
Application Fields
1. Atmospheric Environmental Monitoring: Serves as the core sensing unit for portable and mobile gas monitors, deployed in outdoor air quality inspections and pollution source tracing.
2. Agricultural and Livestock Environment Control: Real-time monitoring of ammonia concentrations supports farms in achieving healthier, smarter, and greener development.
3. Industrial Sites: Deployable at leak-prone points like compressor rooms, pipeline interfaces, and valves for 24/7 continuous monitoring.
4. Transportation Safety: Provides real-time alerts and integrated gas safety protection solutions for transportation scenarios.
5. Smart Wearables: Endows smart wearables with “electronic olfactory” capabilities. Suitable for space-constrained or mobile inspection industrial scenarios, it enables real-time monitoring of workers’ surrounding environments and personalized protection.
We also simultaneously launches the mini ammonia sensor module, combining miniature dimensions with reliable sensing capabilities. Tailored for applications demanding compact space, low power consumption, and high stability, it integrates seamlessly into portable detection devices, professional miniaturized instruments, and smart wearables. Widely applicable across smart healthcare, industrial safety, environmental monitoring, and personal protection domains.