Brief: In this dynamic video, we showcase the powerful 16x6x6m Gas-Fired Bogie Hearth Furnace in action. You'll see a detailed walkthrough of its massive workspace handling 60-ton loads, a demonstration of the advanced 16-zone pulse combustion system ensuring temperature uniformity, and an explanation of the automated PLC controls for precise heat treatment processes like annealing and stress relieving.
Related Product Features:
Features a large 16x6x6 meter workspace capable of handling massive components up to 60 tons.
Equipped with 16 high-speed, low-NOx burners using pulse combustion for superior temperature uniformity of ±10°C.
Constructed with a 300mm thick, full-fiber zirconium-containing lining for exceptional thermal insulation and energy efficiency.
Includes a robust, double-layer reinforced steel bogie frame powered by synchronous motors for reliable heavy-load transport.
Offers complete automated control via a 16-zone PID system and PLC-based HMI for precise process management.
Integrates a waste heat recovery system that preheats combustion air to 250°C, reducing fuel consumption.
Designed for critical high-temperature processes including annealing, normalizing, and stress relieving.
Ensures operational safety with automated furnace pressure control and robust door and bogie seals.
FAQ:
What is the maximum load capacity of this bogie hearth furnace?
The furnace has a rated load capacity of 60 tons, making it suitable for massive forgings, heavy castings, and large fabrications.
How does the furnace ensure temperature uniformity during operation?
It uses a 16-zone pulse-fired low-NOx combustion system with precise temperature control, achieving a uniformity of ≤ ±10°C at the holding stage.
What energy-efficient features are included in this heat treatment furnace?
The furnace includes a 300mm thick full-fiber insulation lining and an integrated waste heat recovery system that preheats combustion air to approximately 250°C, significantly reducing natural gas consumption.
What heat treatment processes can this furnace perform?
It is engineered for critical high-temperature processes including annealing, normalizing, and stress relieving to ensure metallurgical integrity for large components.