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The steel industry usually works in high temperature conditions. Traditional detection techniques are difficult to handle, and the application of thermal imagers uses non-contact temperature measurement to detect problems in a timely manner, allowing steel production to proceed in an orderly manner. Reasons to Use Thermal Imaging Products The failure of specialized metallurgical equipment such as metallurgical furnaces and other critical equipment can not only cause huge economic losses but also easily cause injuries to the staff. The use of infrared imaging technology for equipment inspection, understanding and mastering the state of the equipment in use, early detection of problems to identify the causes, ensuring safe production operations, to extend the service life of equipment have important significance. The use of thermal imaging cameras for large blast furnace material surface determination, hot blast furnace damage diagnosis, and detection, blast furnace residual iron mouth location determination, ingot temperature determination, etc., It can ensure safety to ensure product quality in all aspects.

Power industries require all-day monitoring, accurate intrusion detection, and regular preventive maintenance to ensure the reliable flow of power. The thermal camera is the right inspection tool for electricians to catch fuses that fail, plan repairs, and get things fixed before they become critical. The power sector is different from other industries in that maintenance cannot interrupt production, so prevention is a priority for substations. Why Do We Need Thermal Imaging Cameras for Power Industry The majority of accidents are caused by insulation aging and failure, which has the appearance of being much higher than the normal working temperature for several hours before breakdown. Infrared thermal imaging cameras can sense and detect faults such as overheating of set electric and telecommunications equipment. Non-contact infrared cameras can measure the surface temperature of an object from a safe distance, making them an indispensable tool for electrical equipment maintenance operations. Infrared cameras can effectively prevent equipment failures and unplanned power outages.

Defence Law Enforcement Everay vehicle and vessel-mounted EO/IR systems consist of radars, long-range thermal cameras, thermal sights, and laser range finders， providing the tactical advantages of persistent surveillance.

Use an infrared camera to detect pipeline corrosion, and insulation layer off; monitor the external thermal imaging characteristics of oil storage tanks, gas storage tanks, and furnace tube equipment to determine the degree of scale accumulation in the tank; detect valves and drains to prevent valve failure, resulting in gas and oil leaks.