![]() Thermal cameras are equipped with special sensors that can detect this infrared radiation. This invisible energy falls within the infrared spectrum beyond what our eyes can see. Every object or body with a temperature above absolute zero sends this heat signature, invisible to the naked eye but not to thermal cameras. At their core, these cameras detect infrared radiation-a type of energy that objects emit as they get warmer. Thermal cameras are fascinating devices that let us peek into a heat-drenched world. Whether you’re a professional using thermal cameras daily or a curious mind attracted to the science of heat, there’s something here to warm up your knowledge. We’ll decode what each color signifies, explore the importance of these colors in interpreting data, and provide insights on how to read these colorful thermal maps effectively. In this blog, we’ll take you through the vibrant world of thermal imaging. A palette of colors differentiates the hot from the cold, the safe from the hazardous, and the normal from the abnormal. They map out a world unseen by the naked eye, highlighting differences in temperature through varied hues. In thermal imagery, colors serve as indicators. Here, colors are more than just a design choice they’re language speaking volumes about the thermal world. That’s the essence of thermal imaging, a technology that translates the heat emitted by objects into a visual display. Imagine you have the power to see heat, every temperature gradation displayed in a spectrum of colors. ![]()
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