The double oxidizer oxygen-enriched baking burner adopts high radiation graded combustion technology, using air and oxygen to provide the oxidant required for combustion, and can be customized according to actual needs to adapt to different oxygen dosages (0~50% pure oxygen, 50-100% pure oxygen), and flexibly adjust the proportion of pure oxygen and air mixing in use.
The burner is easy to ignite, can maintain stable combustion under various working conditions, and is widely used in steel, non-ferrous metal smelting, recycled metal smelting and heat treatment fields.
The high temperature of the oxy-fuel combustion flame is difficult to meet the strict heating curve and temperature uniformity of low-temperature baking of new ladles; At the same time, in the low temperature stage, oxygen-enriched combustion saves limited fuel, but consumes a lot of oxygen, resulting in rising costs.
The double oxidizer oxygen-enriched roaster adopts air or oxygen-enriched combustion in the low-temperature baking stage to meet the strict heating curve and temperature uniformity requirements of low-temperature baking; Full oxygen roasting at high temperatures or during in-line baking to maximize energy savings, reduce costs and guarantee rapid heat up.
Main features of the double oxidizer oxygen-enriched baking burner: deep grading, high radiation combustion; Energy saving can reach more than 60%, and the comprehensive energy cost is reduced by 15%-20% compared with ordinary total oxygen; Uniform heating and high flame rate.
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