How can infrared imaging solve industrial temperature issues?
Infrared temperature measurement technology is increasingly being used in the industrial field, especially in high temperature environments and inaccessible scenes, where non-contact temperature measurement becomes the key. Fluke Process Instruments' 3i Smart LT and 3i Plus infrared thermometers have become reliable tools for industrial temperature measurement with their excellent performance, especially in industries such as metallurgy, petrochemicals, and heat treatment. The accurate temperature measurement function, safety, and ease of use of these two instruments help users improve production efficiency and ensure operational safety. Summary of the application of infrared thermal imaging technology in the industrial field 1. Iron and steel metallurgical industry Blast furnace ironmaking: accurately measure temperature, optimize blast and coal injection, and improve molten iron efficiency and quality. Converter steelmaking: real-time monitoring of molten steel temperature, control of oxygen blowing, and optimization of steel purity and performance. Continuous casting process: scan the surface temperature of the ingot, adjust the cooling water volume, reduce defects, and improve the quality of the ingot. Rolling process: monitor the temperature of the rolled piece, optimize the rolling parameters, ensure dimensional accuracy and reduce roller wear. Core role: improve production efficiency and product quality, reduce energy consumption and defects. 2. Glass manufacturing industry Raw material melting: monitor the furnace temperature, optimize combustion and raw material input, reduce energy consumption and improve the quality of glass liquid. Molding process: measure the temperature of the glass liquid flow, adjust the molding parameters, and reduce bubbles and uneven thickness. Annealing treatment: continuously monitor the temperature, optimize the annealing procedure, release internal stress, and extend the life of the product. Quality inspection: analyze the surface temperature distribution, detect potential problems, and improve the production process. Core role: improve the yield rate, optimize energy consumption, and ensure product stability. 3. Automobile manufacturing industry Engine manufacturing: record mold and casting temperature, optimize casting and quenching process, and improve reliability. Parts heat treatment: monitor the temperature of the heating furnace, ensure the hardness gradient, and extend the life of the parts. Automotive electronics manufacturing: accurately measure the temperature of the solder joints, ensure welding quality, and reduce circuit failures. Coating process: monitor the drying temperature to ensure uniform heating and avoid coating defects. Core role: improve the performance of parts and the quality of the whole vehicle, and ensure process stability. Infrared thermal imaging technology achieves the following goals in industrial production through real-time and accurate tempera...
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