Many aspects of our daily lives are greatly influenced by the scientific discoveries and technological advances which take place in materials research.
Nanotechnology is one of those with the highest profile and within this sector the investigation of carbon nanotubes and other carbon based nanostructures, such as graphene, is an area of major focus. The superior temperature control achievable within Carbolite furnaces makes them the ideal choice for such applications.
Other areas of advanced materials science where accurate heating from a Carbolite furnace or oven is essential, include research into, and production of, advanced ceramics such as hydroxyapatite based synthetic bone and chemical vapour deposition (CVD) to deposit novel materials.
Ovens
- Max temp: 400 - 600°C
- Min temp: Ambient +60°C
- Volume: 30 to 120 litres
- Max temp: 400 - 600 °C
- Volume: 95 to 220 litres
- Max temp: 400 - 700 °C
- Chamber volumes: 28 to 1000 litres
Chamber Furnaces
- Max temp: 1100 - 1300 °C
- Chamber volumes: 5 to 23 litres
- Max temp: 1600 - 1800 °C
- Chamber volumes: 3 to 21 litres
- Max temp: 1400 - 1600 °C
- Chamber volumes: 3 to 35 litres
- Max temp: 1700 - 1800 °C
- Chamber volumes: 4 to 64 litres
- Thermocouple: B
Tube Furnaces
- Max temp: 1200°C
- Heated lengths: 425mm
- Tube inner diameters of: 125mm
- Max temp: 1200°C
- Heated lengths: 400 - 1200 mm
- Furnace Ø: 125 mm
- Orientation: Horizontal / vertical
- Max temp: 1100 - 1600°C
- Heated lengths: 150 - 1200 mm
- Orientation: Horizontal / vertical
- Max temp: 1350 °C
- Heated lengths: 200 - 1250 mm
- Furnace Ø: 40 - 150 mm
- Orientation: Horizontal / vertical
- Max temp: 1100 °C
- Oscillation of 1 to 8 times per minute
- Rotation of 314° in each direction
- Max temp: 1150 °C
- Tube rotation 1.5 to 10 rpm
- Single or 3-zone temperature control
Vacuum Furnaces
- Max temp: 1600 - 2200 °C
- Insulation material: Molybdenum or Tungsten
- Volumes: 8 to 120 litres
- Max temp: 2200 °C
- Insulation material: Graphite
- Volumes: 8 to 600 litres
- Max temp: 1350 °C
- Insulation material: Ceramic fibre
- Volumes: 8 to 600 litres
- Max temp: 1600 - 2200 °C
- Insulation material: Molybdenum or Tungsten
- Volumes: 10 to 60 litres
- Max temp: 1050 °C
- Volume: 7.5 to 95 litres
- Automatic tube furnace for applications in atmospheres with highest possible purity
- Max temp: 1600 - 2200 °C
- Insulation material: Molybdenum or Tungsten
- Volume: 60 litres
- Max temp: 2200 °C
- Insulation material: Graphite
- Volumes: 50 to 200 litres
- Max temp: 1600 - 2200 °C
- Insulation material: Molybdenum or Tungsten
- Volumes: 1.5 to 10 litres
- Max temp: 2200 - 3000 °C
- Insulation material: Graphite
- Volumes: 1.5 to 10 litres
Application Specific Furnaces
- Max temp: 1200 °C
- Accepts thermocouples up to 7.5 mm diameter
- Max temp: 150 °C
- Volume: 120 to 250 litres
- Max temp: 1800 °C
- Bridgman Crystal Growth Equipment BV-HTRV 70-250/18 up to 1800°C
