Normalizing Furnaces
During the normalizing process metal is heated to a temperature and then held at that temperature for a specified amount of time. After the metal is finished with the heating process, it is air cooled at room temperature. The resulting microstructure has increased strength and hardness but lower ductility because it is a mixture of ferrite and cementite. The normalizing process is commonly performed in an industrial box furnace, pit or top load furnace, or integral quench furnace.
Rod Overbend Box Furnace
Key Specifications
• Temperature Range: to 2000°F
• Atmosphere Capable
• Fast heating rate
• Exothermic, dissociated ammonia, or nitrogen atmosphere systems
Silicon Carbide Element Box Furnace
Key Specifications
• Temperature Range: to 2500°F
• Standard endothermic atmosphere system
• Heating element circuit power transformer with tap switches
• Optional carbon control with oxygen probe
Car Bottom Box Furnace
Key Specifications
• Temperature Range: to 2800°F
• Gas or electric heat available
• Innovative and lightweight modular design for easy installation
• Modular construction
HOMOCARB® Pit Furnace
Key Specifications
• Temperature Range: up to 1750°F
• Inert or Combustible Atmosphere Capable
• Microprocessor-based controls
• Optional automatic atmosphere control system
Electronics Mesh Belt Conveyor Furnace
Key Specifications
• Temperature Range: 1300°F to 2100°F
• Belt widths available: 4" to 36"
• Three different styles: open chamber, full muffle, full muffle with pre-heat
• Optional atmosphere gas blending and mass-flow controls
Roller Hearth Furnace
Rotary Hearth Furnace
Rod Overbend Pit Furnace
Key Specifications
• Temperature Range: up to 1850°F
• Inert or Combustible Atmosphere Capable
• Standard endothermic atmosphere system
• Easy-loading vertical chamber