As an infrared thermal imaging instrument, infrared thermal imaging cameras not only occupy a very important position in military applications, but also have strong vitality in civilian applications. The following small series introduces the application of infrared camera in the civilian field.
Power for infrared camera applications
In countries around the world, thermal imaging cameras have become a core tool for preventive maintenance testing in the power industry. For more than 30 years, thousands of power companies around the world are using thermal imaging cameras to avoid costly failures, improve operational reliability and avoid electrical fires.
Research institute for infrared camera applications
Areas that require precise knowledge of thermal information such as microelectronics, paper processing, automation, plastics, molds, equipment design, communications, mechanical testing, scientific research, etc. The LD thermal imaging camera system is an effective tool for quickly and accurately evaluating thermal performance.
Petrochemical application of thermal imaging
In refinery factories, missing not only means losing time and cost, but even someone may lose their lives! In the harsh production environment of the refinery, the monitoring and inspection requirements are extremely strict, and the well-received Hangzhou Longdun series infrared camera and accessories can meet or exceed this requirement. For more than two decades, professionals engaged in petroleum refining and petrochemicals have used infrared thermography to solve tough problems and routine preventive maintenance. Common inspection targets include electrical and mechanical components—as well as high temperature lines, heaters, storage vessels, and heat exchangers.
Steel for infrared camera applications
Using a thermal imaging camera to perform daily thermal measurements on ladle, torpedo tanks and other refractory equipment and/or components, and high-power motors that drive finishing mills can save money, help improve steel quality, and save money. Time and cost. Unexpected downtime caused by one of the finishing mills will result in a loss of $6,000 per minute
Highway for infrared camera applications
Why do asphalt pavements fail prematurely and have bone-like pits, breaks, and cracks? Since the mid-1980s, many highways with a service life of 15 years are about to expire soon. In the process of paving, infrared thermography is used to track changes in the temperature of the area of ​​the hot asphalt mixed on the road or mat that may be problematic. In a collaborative study that began a decade ago and is still ongoing, the Washington Department of Transportation and the University of Washington have begun to investigate the causes of premature road failure through infrared cameras. The thermal image of the asphalt when paving the road is now very simple by infrared camera, which greatly improves the performance and service life of the highway.
Building inspection for infrared camera applications
Moisture in building materials can destroy structural integrity and breed mold. The first step in solving the moisture problem is to quickly and accurately find and eliminate all sources of moisture. The thermal imaging camera will immediately show you where it is wet and where it is dry. Thermal imaging cameras can quickly identify the source of the problem and minimize the impact on the occupants on a small scale or without the need to disassemble the building. Thermal imaging cameras provide fast, reliable and accurate building diagnostics for a wide range of building failures. They can be used for disaster investigations such as fire and flood, as well as for long-term leakage and moisture problems.
Manufacturing of infrared camera applications
The thermal imaging camera can show the situation that may be missed. In a manufacturing plant, missing not only means losing time and cost, but even someone may lose their lives! For decades, professionals involved in preventive maintenance, engineers responsible for process and quality assurance have used thermal imaging cameras to solve tough problems and routine maintenance. Typical inspection objectives include motors, pumps, conveyors, electrical connections and components, new equipment installations, press repairs, and even the plant itself – roofs, HVAC systems, and structural conditions.
Galvanized coil, Galvanized pipe, Galvanized sheet
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