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Infrared thermal imagers have significant application value in the monitoring of ladle refractory materials. Ladles are critical equipment used in the process of steel production to hold and transport...

The application of infrared thermal cameras in lime rotary kilns can significantly improve the operational efficiency and safety of the kilns. Lime rotary kilns are used in the calcination process of ...

An infrared thermal imager is a device that uses infrared radiation emitted by objects to detect and display temperature distribution. Its working principle is based on the physical properties of infr...

There are several important applications of infrared thermal imaging in additive manufacturing:Temperature Monitoring and ControlIn the additive manufacturing process, accurate temperature control is ...

Low temperatures and heavy workloads in winter make it a peak period for industrial equipment failures. Unplanned downtime can result in significant economic losses; equipment failure can lead to serious safety incidents. Infrared thermal imagers are becoming “experts" for industrial equipment inspection in winter.

Picture this: a refinery operator scans a sprawling pipe network under the cover of night, heart pounding at the thought of an unseen methane plume igniting. In the high-stakes world of industrial saf...

Imagine standing on a bustling factory floor, the hum of machinery filling the air, when a subtle anomaly in a high-voltage line threatens to cascade into a costly shutdown. In moments like these, the...

Infrared thermal imaging cameras can capture astronomical wonders by detecting the infrared radiation emitted by objects. In astronomy, infrared thermal imaging technology has unique advantages, espec...