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Universal Tube Furnaces
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- Max temp: 1100 - 1600 °C
- Heated length(s): 150 - 1200 mm
- Furnace Ø: 32 - 125 mm
- Orientation: horizontal / vertical
- Max temp: 1350 °C
- Heated length(s): 200 - 1250 mm
- Furnace Ø: 40 - 150 mm
- Orientation: horizontal / vertical
- Max temp: 1600 - 1800 °C
- Heated length(s): 100 - 600 mm
- Furnace Ø: 47 - 200 mm
- Orientation: horizontal
- Max temp: 1600 - 1800 °C
- Heated length(s): 100 - 500 mm
- Furnace Ø: 40 - 200 mm
- Orientation: vertical
- Max temp: 1350 °C
- Heated length(s): 360 - 1000 mm
- Furnace Ø: 32 - 110 mm
- Orientation: horizontal
Universal Tube Furnaces - FAQ
WHAT IS THE MAXIMUM TEMPERATURE IN A TUBE FURNACE?
Carbolite Gero tube furnaces are available with maximum operating temperatures from 1100°C to 2600°C, depending on the product range and type of heating elements used in the construction.
HOW DOES A TUBE FURNACE WORK?
A tube furnace is designed to heat samples contained within a work tube. The work tube is installed into the furnace, and the samples are then loaded for processing. The user inputs a setpoint into the furnace controller, and the temperature will increase accordingly. Heat is applied around the outside of the work tube, which gradually heats the samples within.
WHICH DIAMETERS AND LENGTHS ARE AVAILABLE FOR A TUBE FURNACE?
Carbolite Gero’s standard tube furnaces are available in various lengths and diameters, ranging from the smallest with a 150mm heated length and work tube outer diameters of 32mm to the largest with a 1200mm heated length and work tubes with outer diameters of 200mm. Custom lengths and diameters are also available on request.
DO I NEED A WORK TUBE TO OPERATE MY TUBE FURNACE?
A tube furnace must be continuously operated with a work tube fitted to contain samples and protect the heating elements. Alternatively, different-shaped vessels may be used to contain samples, provided they are sufficiently supported and do not interact with the heating elements.
WHAT TYPES OF WORK TUBES ARE SUITABLE FOR A TUBE FURNACE?
Tube furnaces are usually operated with work tubes made from either a ceramic material such as mullite or recrystallized alumina (RCA), quartz glass, or metals, such as stainless steel or Inconel. The work tube material must be suitable for the desired application. It must withstand the maximum operating temperature and have appropriate chemical resistance to prevent unwanted reactions with sample materials.
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