Standardized heating modules with insulation, sensors, and fan control cut installation time while preserving flexible, energy-efficient thermal processing.
Dielectric windows and multi-side radiative heating enable accurate backside workpiece temperature sensing while maintaining vacuum and process gas flow.
A remotely operated injection unit moves additives into a metallurgical furnace space via linearly movable devices mounted on the furnace shell.
Segmented fuel nozzles around a perforated flame holder enhance heat transfer efficiency while reducing NOx pollutant production.
A movable hood adapts to scrap geometry, ensuring homogeneous preheating and maximizing energy utilization from counter-current fumes.
Laterally offset recuperation ducts with dust purge openings prevent slag formation on refractory linings, reducing shutdown times for continuous operation.