A walking beam type reheating furnace is an efficient and cost-effective industrial heating solution. It offers a number of advantages over other types of furnaces, including increased safety, improved energy efficiency, and better control over the heating process.
In a walking beam type reheating furnace, a series of refractory-lined furnace chambers are arranged in a straight line. Steel billets or slabs are loaded onto a charging table at one end of the furnace and then pushed into the first furnace chamber by a walking beam mechanism. The walking beam mechanism then moves the steel through the furnace chamber, heating it to the desired temperature.
Once the steel has reached the desired temperature, the walking beam mechanism then moves it into the next chamber of the furnace for further heating. This process is repeated until the steel has been fully heated to the desired temperature for further processing.
It is highly efficient and can heat large quantities of steel quickly and consistently. It is widely used in the steel industry for a range of applications, including forging, rolling, and other metalworking processes.
Walking Beam Type Reheating Furnace: Working principle
The working principle of a walking beam type reheating furnace involves a series of steps that allow for the even and consistent heating of steel billets or slabs. Here are the main steps involved in the process:
- Loading: The steel billets or slabs are loaded onto a charging table at one end of the furnace.
- Pushing: The charging table then pushes the steel billets or slabs into the first furnace chamber.
- Heating: The walking beam mechanism then moves the steel through the furnace chamber, which is lined with refractory material, and heats it to the desired temperature.
- Moving: Once the steel has reached the desired temperature, the walking beam mechanism moves it into the next chamber of the furnace for further heating.
- Reheating: The steel is reheated in each subsequent furnace chamber until it has been fully heated to the desired temperature.
- Discharging: The walking beam mechanism then moves the steel billets or slabs out of the furnace and onto a discharge table at the other end of the furnace.
- Cooling: The steel is then allowed to cool down to the desired temperature before further processing.
The walking beam type reheating furnace is a continuous process, with new steel billets or slabs being loaded onto the charging table as the previously heated steel is discharged from the furnace. The walking beam mechanism ensures that the steel is heated evenly and consistently throughout the process, which is essential for producing high-quality steel products.
The characteristics
The walking beam type reheating furnace offers several benefits over other types of industrial furnaces. Here are some of the key benefits of using a walking beam type reheating furnace:
- High efficiency: The walking beam type reheating furnace is a highly efficient furnace system, which means that it can heat large quantities of steel quickly and consistently. This helps to reduce energy consumption and increase productivity, which can ultimately result in cost savings for steel manufacturers.
- Consistent heating: The walking beam mechanism ensures that the steel is heated evenly and consistently throughout the furnace, which is essential for producing high-quality steel products.
- Customizable design: It can be designed to meet the specific needs of different applications and industries, with options for different chamber lengths, heating capacities, and other features.
- Low maintenance: The furnace is designed for easy maintenance, with access doors and inspection ports that allow for easy cleaning and repair of the furnace components.
- Automatic temperature control: The furnace is equipped with automatic temperature control systems, which ensure that the steel is heated to the desired temperature and that the temperature is maintained throughout the heating process.
Overall, the walking beam type reheating furnace is a reliable and efficient furnace system that offers several benefits for steel manufacturers looking to produce high-quality steel products in a cost-effective and efficient manner. The performance of a walking beam-type reheating furnace is critical for the quality of the final product.
