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ABOUTLuoyang Boju Metallurgical Auxiliary Materials Co., Ltd. is located in Luoyang, the ancient capital of the nine dynasties, and is adjacent to the scenic Longmen Grottoes, close to the expressway and...
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PRODUCTCarbon-containing refractory series-magnesium carbon brick, aluminum magnesium carbon brick, aluminum magnesium spinel carbon brick, carbonless brick, sliding nozzle, etc. Bottom dry...
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NEWSThe company is committed to long-term development, continuous technological innovation, to meet customer needs, and provide various refractory products for the steel, electric power...
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TECHNOLOGYIn order to create famous brands, improve corporate visibility, and establish a corporate image, we follow the spirit of "all pursuit of high quality and customer satisfaction"...
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APPLICATIONThe company is committed to long-term development, continuous technological innovation, to meet customer needs, and provide various refractory products for the steel, electric power, chemical...
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SERVICEAdhere to the quality policy of "focus, efficiency and excellence", and is willing to cooperate sincerely with new and old customers to create brilliant!
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CAREERSAdhere to the quality policy of "focus, efficiency and excellence", and is willing to cooperate sincerely with new and old customers to create brilliant!
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CONTACTLuoyang Boju Group Co., Ltd. is a high-tech enterprise with subsidiaries of Luoyang Boju Metallurgy Auxiliary Materials Co., Ltd., Yichuan County Xingyuan Metallurgy Furnace Burden Co., Ltd., Luoyang Boju Properties Co., Ltd.
Technology development report of fire-resistant structures, fixtures
Release time：
2020-01-13 18:41
source：
【Summary description】
Regenerative combustion technology is characterized by: 1. Using ceramic balls, honeycomb regenerator composed of simple and compact structure than the surface area of the old-fashioned lattice bricks of large numbers of times to improve the heat transfer coefficient; due to thermal efficiencycan reach 85 percent, capable of air preheater to about 1000 degrees, the exhaust gas temperature can be reduced to less than 150 degrees, the heat recovery of 70%; greatly expanded the scope of application of the low calorific value gas; reduce air consumptionlow C02 emissions of NOX, CO2 emissions reduced by 10% -70%; NOX emission is reduced by 40%, reducing pollution to improve the environment; improve the furnace temperature, in the same furnace size conditions, the output can be increased more than 20%; air or gas after preheating, directly into the furnace fuel consumption, eliminating the need for pipe insulation bandage, and high temperature valves.
