Reactor Chamber
The combustion of natural gas generally proceeds through three stages: the mixing of the gas and air; the heating and ignition of the gas mixture; and the combustion of the mixture. The condition for flame stability is that the flame propagation velocity and the flow velocity of the combustible gas mixture are equal in magnitude but opposite in direction. Stable Combustion: The mixing velocity of the gas and air exceeds the flame propagation velocity, causing the flame to lift off from the burner nozzle. Flashback: The mixing velocity of the gas and air is lower than the flame propagation velocity, causing the flame to propagate back into the interior of the burner nozzle.
Reactor Liner
Stainless steel industrial furnace liners exhibit exceptional high-temperature resistance. Since industrial furnace liners are required to withstand high-temperature environments during operation, the inherent heat-resistant properties of stainless steel—which allow it to maintain stable performance at elevated temperatures without easily deforming, becoming brittle, or oxidizing—ensure the long-term, stable operation of the furnace liner.