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Infrared thermography
The core principle of an infrared thermal imager is based on the law of infrared radiation. All objects emit infrared radiation at a certain temperature, and the higher the temperature, the stronger the infrared radiation emitted by the object. Infrared thermal imagers detect these infrared radiations, convert them into electrical signals, and then use image processing techniques to convert these signals into clear thermal images. The different colors in these thermal images represent different temperature ranges, allowing users to easily view the thermal distribution of objects and identify areas with abnormal temperatures.
When choosing a suitable infrared thermal imager, users should pay attention to technical parameters such as instrument resolution, temperature measurement range, and detection sensitivity. Higher resolution can provide clearer thermal images, while detection sensitivity directly affects the accuracy of temperature anomaly recognition. To determine the application scenario, you can consult our company's technicians for "selection service".
