Maximum Furnace Temperature: 1200°C
Work Tube Internal Diameter (mm): 25 to 100
Heated Lengths (mm): 250 to 940
Orientation: Horizontal
Maximum Furnace Temperature: 1200°C
Work Tube Internal Diameter (mm): 25 to 100
Heated Lengths (mm): 250 to 940
Orientation: Vertical
Maximum Furnace Temperature: 1400°C
Work Tube Internal Diameter (mm): 25 to 75
Heated Lengths (mm): 180 to 610
Orientation: Horizontal
Maximum Furnace Temperature: 1400°C
Work Tube Internal Diameter (mm): 25 to 75
Heated Lengths (mm): 180 to 610
Orientation: Vertical
Maximum Furnace Temperature: 1500°C
Work Tube Internal Diameter (mm): 25 to 75
Heated Lengths (mm): 180 to 610
Orientation: Horizontal
Maximum Furnace Temperature: 1500°C
Work Tube Internal Diameter (mm): 25 to 75
Heated Lengths (mm): 180 to 610
Orientation: Vertical
Maximum Furnace Temperature: 1600°C
Work Tube Internal Diameter (mm): 25 to 75
Heated Lengths (mm): 180 to 610
Orientation: Horizontal
Maximum Furnace Temperature: 1600°C
Work Tube Internal Diameter (mm): 25 to 75
Heated Lengths (mm): 180 to 610
Orientation: Vertical
Maximum Furnace Temperature: 1700°C
Work Tube Internal Diameter (mm): 75
Heated Lengths (mm): 300 to 600
Orientation: Horizontal
Maximum Furnace Temperature: 1700°C
Work Tube Internal Diameter (mm): 75
Heated Lengths (mm): 300 to 600
Orientation: Vertical
Maximum Furnace Temperature: 1750°C
Work Tube Internal Diameter (mm): 50 to 110
Heated Lengths (mm): 200 to 350
Orientation: Vertical
Maximum Furnace Temperature: 1800°C
Work Tube Internal Diameter (mm): 40 to 75
Heated Lengths (mm): 300 to 600
Orientation: Horizontal
Maximum Furnace Temperature: 1800°C
Work Tube Internal Diameter (mm): 75
Heated Lengths (mm): 300 to 600
Orientation: Vertical
Maximum Furnace Temperature: 1850°C
Work Tube Internal Diameter (mm): 40
Heated Lengths (mm): 300
Orientation: Horizontal
A single zone tube furnace is a laboratory heating system with one controlled heating zone, ideal for uniform thermal processing of samples. It is designed for high-temperature applications including annealing, sintering, calcination, and general thermal testing.
Elite Thermal single zone tube furnaces are available across a range of maximum temperatures, typically from 1200°C up to 1850°C depending on the model. These furnaces support a wide variety of materials research and lab thermal applications.
Single zone tube furnaces offer:
• Uniform heating in a single controlled zone
• High-grade insulation for rapid heat response and stability
• PID digital temperature control for precise settings
• Options for work tubes of various materials and diameters
• Over-temperature protection for safety and reliability
Single zone tube furnaces are available in both horizontal and vertical orientations to suit laboratory layout and sample handling needs.
Yes. Most single zone tube furnaces are supplied without an integral work tube, so a suitable work tube must be ordered separately based on temperature rating and application requirements.
Work tubes of various materials—such as quartz, alumina, or high-temperature ceramics—can be used depending on processing temperature and atmosphere requirements.
Yes. Optional gas-tight end seals and compatible work tubes allow processing under inert, reducing, or specialised atmospheres for research and material science applications.
These furnaces are widely used in materials science, nanotechnology, metallurgy, ceramics, chemical research, semiconductors, and academic laboratories for thermal processing and controlled heating experiments.
Choosing the right single zone tube furnace depends on:
• Required maximum temperature
• Tube diameter and length
• Orientation preference (horizontal/vertical)
• Atmosphere control needs
Contact our team to discuss your exact requirements.
Yes. Elite Thermal also provides custom tube furnace solutions tailored to unique thermal processes, tube sizes, and performance specifications.