Empowered by our cutting-edge solid-state fuel cell sensors and fortified by years of hands-on R&D expertise in industrial instruments, we utilize the latest TVOC data model to swiftly and precisely detect hazardous HCHO gases. Experience unparalleled convenience with mobile phone power a sleek app display, extended battery life, and a design that not only exudes aesthetics but is also lightweight and portable.

This cutting-edge gadget employs our proud solid-state fuel cell sensors,forged through years of hardcore research and development in industrial technology. lt harnesses the latest toxic gas data model for precise and swift detection of harmful CO gases.With the convenience of mobile phone power,a sleek app display, marathon battery life, and a stylish appearance - all packed into a neat, lightweight, and pocket-friendly design - it's the perfect companion for staying ahead in safety.

Equipped with our latest intelligent sensors and intelligent algorithms, this device swiftly and accurately detects alcoho in breath with pinpoint precision.It operates seamlessly on data your phone's battery,displaying comprehensive through the app.With an extended battery life, sleek ano
stylish design,and lightweight portability, it's the perfect on-the-go companion.

Discover the secrets of your skin with our advanced skin dydration detector! lt's your personalized skin health care-taker providing deep insights into your skin's hydration levels.

The MW-O101 sensor is a primary battery type dissolved oxygen water quality detection sensor. The oxygen molecules in the solution to be tested pass through the selective membrane of the sensor, and the corresponding reduction or oxidation reaction occurs on the cathode and anode inside the sensor, and a current signal is generated at the same time. The current is proportional to the dissolved oxygen concentration. oxygen concentration.

MP-7 type carbon monoxide detection planar semiconductor gas sensor adopts advanced planar thick film production process. It is composed of heater and metal oxide semiconductor material formed on micro Al2O3 ceramic substrate. inside the cap. The high and low temperature cycle detection method is used to detect carbon monoxide (1.5V), and the impurity gas adsorbed at low temperature is cleaned at high temperature (5.0V). The conductivity of the sensor increases as the concentration of carbon monoxide gas in the air increases, and a simple circuit can convert the change in conductivity into an output signal corresponding to the gas concentration.