Steel is the most important alloy in modern industry and has many uses, ranging from simple nails to more sophisticated products. It is used in construction, automotive, aerospace, and many other industries.
The furnace shell structure used in steelmaking is an essential part of the manufacturing process, and is often referred to as a crucible. This cylindrical structure is made of a special steel alloy, known as Kankan(K) steel. As it is the primary material in many steel smelting operations, Kankan steel must possess certain properties in order to make steel that meets set standards.
By mixing different amounts of iron, carbon, manganese and other alloying elements, Kankan steel offers superior wear resistance and a higher corrosion resistance than other steel alloys, making it an ideal choice for furnace shells. Due to its high temperature tolerance and its ability to withstand high pressures, Kankan steel has proved to be an important material for steelmakers, who need to produce high-quality steel for their commercial ventures.
Kankan steel designd for the production of furnacel shells are usually produced in a thickness of 160 mm and are incredibly strong, capable of withstanding temperatures up to 1600℃. The steel used in the production of furnace shells is subject to strict quality control to ensure that it meets all the required standards. Tests are conducted to monitor the performance of the Kankan steel, including hardness testing, tensile strength testing,and impact testing.
Steel furnace shells can be used in a variety of manufacturing processes and applications, including the production of rings, valves and turbine parts, quenching and tempering for construction purposes and even for use in mining operations. Additionally, Kankan steel can also be used to make fuel and food-safe equipment.
Kankan steel has been used for decades and continues to gain popularity as the preferred choice for furnace shells. A reliable and robust material with high corrosion and wear resistance, Kankan steel is an essential component of the steelmaking industry and one of the foundation pieces used to turn iron ore into the valuable finished product we recognize as steel.
