The metallurgical industry is a high-energy-consuming industry. It uses a high-temperature reducing atmosphere to reduce iron, titanium and other metals in the ore to a relatively pure metal. The typical examples are blast furnaces and rotary hearth furnaces. J.Parker provides matching combustion systems for rotary hearth furnaces. The most obvious feature of the metallurgical industry is the fuel, which is mostly water gas or generator gas, with low calorific value, low pressure, and high dust content. Our MP series burners can meet the requirements of low calorific value and low pressure, stable combustion, and the minimum calorific value can reach 700Kcal/Nm3

After steel is formed, it will undergo a series of processing techniques to generate stress, change the metallographic structure inside the steel, and affect the performance of the steel. Therefore, after many steel processes are processed, further heat treatment is required to improve the performance of the steel. Common processes include annealing, tempering, carburizing, nitriding, etc. J.Parker high temperature series burners can meet the requirements of different furnace types and achieve high-speed flame, medium-speed flame, flat flame, and flameless characteristics.

After steel is made into steel plates, in order to achieve the requirements of corrosion and rust prevention, it is usually galvanized, painted and other processes on the surface. J.Parker combustion system uses a high-speed burner matching combustion system in the hot-dip galvanizing furnace, which can drive the rapid flow of flue gas in the furnace to ensure the uniformity of the temperature in the furnace. We have specially designed pulse control for hot-dip galvanizing furnaces. Once a workpiece is immersed in the zinc pot, it can quickly replenish the temperature to ensure that the temperature drops within the process reliability range to achieve the galvanizing effect.