Features of Large Regenerative Magnesium Reduction Furnace

Features of Large Regenerative Magnesium Reduction Furnace Regenerative high-temperature combustion technology is the most advanced combustion technology in the world today, that is, there are evenly distributed nozzles on the furnace walls on both sides of the furnace. Factors Influencing the Quality of Reaction Sintered Silicon Carbide When the nozzles on one side are burning as burners, the nozzles on the other side are Used as a flue to exhaust smoke. After a reversing cycle, through the switching of the reversing valve, the nozzle on one side of the burner becomes a flue for exhausting smoke, and the nozzle on the other side that was originally used for exhausting smoke is burned as a burner. CVD/PCD Diamond Tool Brazing In this way, the heating, the efficient recovery of the heat of the flue gas and the high temperature preheating of the air are completed at the same time. The exhaust side nozzle enters the regenerator through the high-temperature gas channel, and exchanges heat with the regenerator in the regenerator. Finally, it is discharged into the atmosphere by the chimney. At the same time, the air enters the high-temperature regenerator on the other side that has been preheated by the high-temperature flue gas in the previous commutation cycle, and is preheated to 900-1050°C at the same time. After exiting the regenerator, it passes through the high-temperature gas channel. The nozzle on the side wall of the furnace is ejected, and the high-temperature air and fuel ejected from the nozzle are mixed and burned in the furnace.Vacuum Brazing of Silicon Nitride Ceramics and 45 Steel