Maximum Furnace Temperature: 1200°C
Work Tube Internal Diameter (mm): 38 to 100
Heated Lengths (mm): 500 to 940
Orientation: Horizontal
Maximum Furnace Temperature: 1200°C
Work Tube Internal Diameter (mm): 38 to 100
Heated Lengths (mm): 500 to 940
Orientation: Vertical
Maximum Furnace Temperature: 1500°C
Work Tube Internal Diameter (mm): 50 to 90
Heated Lengths (mm): 450 to 610
Orientation: Horizontal
Maximum Furnace Temperature: 1500°C
Work Tube Internal Diameter (mm): 50 to 90
Heated Lengths (mm): 450 to 610
Orientation: Vertical
Maximum Furnace Temperature: 1600°C
Work Tube Internal Diameter (mm): 50 to 90
Heated Lengths (mm): 450 to 610
Orientation: Horizontal
Maximum Furnace Temperature: 1600°C
Work Tube Internal Diameter (mm): 50 to 90
Heated Lengths (mm): 450 to 610
Orientation: Vertical
Maximum Furnace Temperature: 1700°C
Work Tube Internal Diameter (mm): 50 to 75
Heated Lengths (mm): 450 to 610
Orientation: Horizontal
Maximum Furnace Temperature: 1700°C
Work Tube Internal Diameter (mm): 50 to 75
Heated Lengths (mm): 610
Orientation: Vertical
Maximum Furnace Temperature: 1800°C
Work Tube Internal Diameter (mm): 50 to 75
Heated Lengths (mm): 450 to 610
Orientation: Horizontal
Maximum Furnace Temperature: 1800°C
Work Tube Internal Diameter (mm): 50 to 75
Heated Lengths (mm): 610
Orientation: Vertical
A multi-zone tube furnace features multiple heating zones along the length of the tube, allowing precise temperature control and superior uniformity compared to single-zone models. The zones temperature control may be coupled to a master programmer for ease of programming all zones, or configured for individual zone control. These furnaces are ideal for advanced research, material processing, and applications that demand controlled gradients or consistent heat distribution.
Multi-zone tube furnaces provide:
• Enhanced temperature uniformity along the heated length
• Independent control of each zone
• Improved process repeatability
• Ability to create thermal gradients
• This level of control optimises results in research and industrial R&D environments.
Elite Thermal’s advanced multi-zone tube furnaces are designed to operate at a wide range of temperatures required for materials research and thermal processing. Typical operating ranges can reach up to 1800°C, depending on model and configuration.
Multi-zone tube furnaces are widely used in:
• Materials science research
• Nanotechnology and semiconductor labs
• Metallurgical and ceramics R&D
• Chemical processing and thermal testing
These industries benefit from precise temperature control and high repeatability for critical experiments.
Common applications include:
• Sintering and densification studies
• Thermal gradient experiments
• Diffusion and atmosphere-controlled reactions
• Stability testing across temperature profiles
Yes. Multi-zone furnaces can be configured to operate under inert, reducing, or controlled gas atmospheres, making them suitable for sensitive material work and advanced lab research.
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Multi-zone furnaces provide multiple heating zones with independent control or master program control, offering better temperature uniformity and flexibility for complex experiments. Single-zone furnaces are ideal for simpler, uniform heating applications.
When selecting a model consider the:
• Required number of zones
• Desired temperature range
• Tube diameter and length
• Atmosphere control needs
Elite Thermal can help match the correct furnace to your application.
Yes. Elite Thermal offers custom-designed multi-zone tube furnaces tailored to unique specifications, Numbers of controlled zones, tube sizes, thermal profiles, and process requirements.
Routine inspection, calibration, and maintenance help ensure long service life and optimal performance. Elite Thermal also offers service support and refurbishment options.