
Hornos Tipo Campana
Bell-type furnaces are versatile and efficient equipment designed for a wide variety of thermal processes in the metalworking and metal processing industry. Their design allows for the handling of large parts or bulky batches through a flexible loading and unloading system. These furnaces are ideal for applications such as annealing, quenching, normalizing and stress relieving on ferrous and non-ferrous metals.
Technical Features and Design:
• Removable Hood: The hood is raised to facilitate loading and unloading of parts, allowing full access to the work area. This system is especially useful for large or irregularly shaped parts.
• Uniform Heating: Equipped with forced convection systems and industrial burners, these ovens ensure homogeneous heat distribution throughout the process.
• Automatic Control: PLC system that allows precise control of temperature, process time and heating and cooling cycles, guaranteeing consistent results.
• Energy Efficiency: Advanced thermal insulation that minimizes heat loss, optimizing energy consumption and reducing operating costs.
• Robust Construction: High-quality refractory materials and components ensure the durability of the oven, even under intensive operating conditions.
Main Applications:
• Heat treatment of large parts or bulky batches in the metallurgical industry.
• Annealing and normalizing of steel and other metals.
• Stress relief on large components used in the automotive and aerospace industries.
• Heat treatment for metal profiles and structures.
Competitive Advantages:
• Operational Flexibility: The bell-type design allows for efficient loading and unloading, ideal for processes that handle large parts or high volumes.
• Process Uniformity: Homogeneous heat distribution ensures consistent heat treatment in each cycle.
• Energy Optimization: High-quality thermal insulation and advanced control systems ensure efficient use of energy, reducing the impact on operating costs.
These bell-type furnaces are the ideal solution for industries seeking high performance in heat treatment processes, combining flexibility, precision and efficiency in each operation.
