15-in-1 Smart Air Quality Monitor with PM2.5/PM10, CO2, CO, TVOC, HCHO Detection - Real-Time AQI, Temperature & Humidity Sensor - Battery Powered for Home, Office, Baby Room & Indoor Air Quality Testing

Product Description

Free app： It allows you to see the measurement history going back 90 days or see CO2 measurement in real-time.Allows you to see the readings you had during the night or while you were away from home.Makes it easy to track progress, when implementing changes in your home ventilation, so you can find the best solutions for your home and make smarter decisions.Makes it easy to change various settings for your Air Quality Monitor device.You can turn on the buzzer and change the warning thresholds to custom settings. Key air indicators that have an impact on the human body: Carbon dioxide (CO2)：High levels of CO2 promote the spread of viruses and bacteria and cause symptoms such as headaches, fatigue, loss of concentration and impaired decision-making.Volatile organic compounds (VOCs)：VOCs are emitted into the air by furnishing materials and the use of cleaning products and can have negative effects on our health in the short and long term.Fine Particles (PM1, PM2.5, PM10)：Detecting fine dust in the air is crucial to protect human health and the environment. Their monitoring leads the fight against air pollution, promoting better air quality and environmental awareness.Humidity, temperature and atmospheric pressure：Excessive humidity in an enclosed environment, creating mould spores, damages the well-being of people and of the goods and objects present. Its value should fluctuate between 40% and 60%.Humans operate best under specific conditions. Studies show that maintaining a range of 68-76 °F (21-22 °C) is ideal within homes, offices, etc. Continuous & long term monitoring： Smart, battery-operated indoor air quality monitor with Radon detection, including 6 sensors for temperature, humidity, air pressure, VOCs, and CO2.We spend 90% of our time indoors where the air is often 2-5 times worse than the air outside. Continuous monitoring of indoor air quality is key for minimizing negative health effects, preventing illness and increasing productivity, energy and good health. Long Time To Use: With a built-in 2000 mah battery, this air quality meter can work continuously for 6-7 hours and fully charged take 3-4 hours. With high capacity battery and type c cable, you could take it around your home, office, school, hotel or car as needed. High Accuracy & Real-Time Data: With this smart sensor and double ventilation structure design, this indoor air quality monitor delivers precise data of your air quality, large detection range and small error,ensuring your peace of mind regarding the air you breath. Multiple Applicable Scenarios: Air Quality Monitor is easy and fun to use. You can move it between rooms in your house, take it to hotels during business trips, or monitor the air quality in classrooms, conference rooms, museums, parties, concerts, and so many other places. Bring Air Quality Monitor with you wherever you go!Real-time tracking：Monitor your spaces in real time to discover how air quality varies between rooms and identify sources of pollution.In dry seasons that are prone to fire and winters when doors and windows need to be closed, we need to pay more attention to the concentration of indoor carbon dioxide in real-time.Protecting the health of you and your family：Especially for pregnant women, children, the elderly, the chronically ill and other sensitive groups, it is very important to understand the air quality data in order to solve the problem in a timely and effective manner, so that every breath is fresh and healthy. Long Battery lifeTyne-G Fast cyarging: Built-in 2000mAh lithium battery can be connectedto USB charging cable to charge. Built-in 2000mAh lithium battery can be connectedto USB charging cable to charge. Easy to Read. High Precision. Automatic Detection. Multi-function. Integrated smartphone app: View the parameter levels detected directly by the application to monitor air quality trends and receive feedback based on current and historical readings.