Comparison of energy consumption of aluminum alloy profile aging furnaces

 The development of industry and economy has led to the continuous reduction of global energy resources. The importance of saving oil, coal, gas and other energy sources and environmental protection issues have been increasingly valued. Clean combustion and environmental protection have become a very important task for production enterprises.Process Of Preventing Deformation And Cracking Of Mold By Vacuum Heat Treatment In In the production process of aluminum alloy profiles, energy such as electricity and fuel are indispensable substances. Although energy consumption is not the largest item in the total cost of aluminum profile production, today when humans around the world attach great importance to saving energy resources, it should also attract our attention. of great importance.Research status and development of high temperature brazing technology This article mainly conducts tests on the energy consumption of the 9930 mm × 2210 mm × 3260 mm aging furnace and the 14500 mm × 3300 mm × 3500 mm aging furnace l commonly used in aluminum alloy profile manufacturers, and respectively analyzes the energy consumption of processing aluminum products. , heat consumption, heat energy utilization, heat distribution in and out of the furnace and existing heat energy losses were studied, providing a reference for energy saving and consumption reduction of aging furnace equipment for aluminum alloy profile production.Vacuum brazing in automotive heat exchangers Equipment: 9930 mm×2210 mm×3260 mm aging furnace (A furnace), 14500 mm×3300 mm×3500 mm aging furnace (B furnace). Instruments: standard Pitot tube, combustion efficiency tester, U-shaped pressure gauge, electrical balance tester and infrared thermometer, etc.Heat treatment process for wide and thick plates

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