Tube Furnace

M-Kube supplies a comprehensive range of tube furnaces in Australia, engineered for high-temperature heating, sintering, annealing, CVD processing, and advanced materials research. Our laboratory tube furnaces deliver excellent temperature uniformity, precise programmable control, and long-term operational reliability—making them ideal for universities, battery research centres, semiconductor labs, and industrial heat treatment facilities.

Whether you require a horizontal tube furnace, vertical tube furnace, vacuum tube furnace, or multi-zone system, M-Kube provides flexible, high-performance solutions tailored to research and production environments.

Key Features

• Single-zone, dual-zone, and multi-zone configurations available
• Advanced PID programmable temperature controller (30–50 segments)
• Options for vacuum operation, inert gas, and controlled atmosphere
• Compatible with quartz tubes or alumina tubes
• Over-temperature protection with automatic power shut-off
• High-purity insulation for fast heating and excellent temperature uniformity
• Digital display with optional 7-inch touchscreen interface
• Custom furnace designs available for specialised applications

Available Tube Furnace Models

M-Kube offers a comprehensive range of tube furnace models designed to support different temperature ranges, heating configurations, and experimental requirements. From routine laboratory heat treatment to advanced materials research, our tube furnaces are available in multiple configurations to suit diverse applications.

1) Horizontal Tube Furnace

The horizontal tube furnace is one of the most widely used laboratory furnaces, featuring high-purity quartz or alumina tubes. It supports operation under vacuum, inert gas, or air atmospheres, making it suitable for a broad range of thermal processes.

Key Features:

• Temperature range: 300°C to 1600°C
• Heating rate: ≤20°C/min
• Excellent temperature uniformity and stable performance
• Automatic over-temperature protection
• Suitable for sintering, annealing, CVD, heat treatment, and materials research
• Optional vacuum system and controlled atmosphere setup
• Optional 7-inch HD touchscreen controller

2) Multi-Zone Tube Furnace

The multi-zone tube furnace is designed for applications requiring temperature gradients or staged heating profiles. Each heating zone operates independently, enabling precise thermal control across the tube length.

Key Features:

• Available in 2-zone, 3-zone, and 5-zone configurations
• Independent temperature control for each zone
• Ideal for CVD, pyrolysis, gradient sintering, coating processes, and nanomaterial synthesis
• Suitable for advanced materials R&D and semiconductor research

3) Vertical Tube Furnace

The vertical tube furnace is well suited for applications requiring vertical loading, quenching tests, or specialised thermal measurements. Its compact design supports vacuum and controlled atmosphere operation.

Key Features:

• Maximum temperatures:
  • 1200°C – HRE Fe-Cr-Al heating elements
  • 1400°C – SiC heating elements
  • 1600°C – MoSi₂ heating elements
• 30-segment programmable temperature controller
• Double-layer, air-cooled outer shell for operator safety
• Vacuum-compatible design with sealing flange
• Heating rate: ≤20°C/min
• Suitable for material synthesis, quenching experiments, and thermal analysis

4) Rotary Tube Furnace

The rotary tube furnace is specifically designed for applications requiring uniform mixing and continuous heating, making it ideal for powder processing and battery material preparation.

Key Features:

• Maximum operating temperature: 1200°C
• 50-segment programmable controller
• Tube rotation speed: 0–10 RPM
• Adjustable tilt angle: 0–30° for easy loading and unloading
• Provides uniform mixing, coating, and calcination
• Commonly used for Li-ion battery cathode preparation and powder processing

4) Sliding Tube Furnace

The sliding tube furnace is engineered for experiments requiring rapid heating and fast cooling, such as graphene growth and specialised CVD processes.

Key Features:

• Maximum temperature: 1200°C (HRE Fe-Cr-Al-Mo heating wire)
• Sliding rail mechanism for precise temperature positioning
• Fast heating rate: ≤20°C/min
• Excellent thermal insulation (external surface temperature <50°C)
• Integrated gas mixing system with flow meters
• HD touchscreen interface
• Suitable for CVD experiments, atmosphere sintering, and advanced materials research

Typical Technical Specifications: Tube Furnace

Laboratory Tube Furnaces Applications

• Material synthesis & powder calcination
• Battery cathode and anode material research
• Chemical vapour deposition (CVD) and thin-film growth
• Semiconductor processing
• Heat treatment, annealing, and ageing
• Pyrolysis, crystal growth, and nanomaterial synthesis
• Laboratory-scale and pilot-scale research

Why Choose M-Kube

M-Kube is a trusted supplier of high-temperature tubular furnaces in Australia, supporting both research and industrial applications.

• Complete range of laboratory tube furnaces: horizontal, vertical, rotary, multi-zone, and sliding types
•  High temperature accuracy, uniform heating, and long service life
•  Customisable systems for vacuum, inert gas, and controlled atmospheres
•  Reliable Australia-wide delivery with technical support

All M-Kube tube furnaces are manufactured in ISO-certified facilities and tested in accordance with relevant ASTM, IEC, and international laboratory safety standards, ensuring consistent performance, durability, and operational safety.

Buy Tube Furnaces in Australia – Request a Quote

Looking for a high-temperature tube furnace, vacuum tube furnace, or laboratory tube furnace for your facility?

📞 Call +61-478-594-746
📧 Email info@mkube.com.au 

👉 For expert guidance or to discuss your tube furnace configuration, contact M-Kube today.