Academic Research

Carbolite offers enhanced furnaces and ovens for the increasing demands of materials science departments in universities and research institutes. Accurate temperature control, combined with secure data-logging, is often an essential requirement of research work in academia, industry and pharmaceutical markets.

Carbolite’s complete range of ovens, chamber and tube furnaces are available with secure data-logging with remote connectivity over Ethernet or other industry standard communication methods.

Ovens

300 °C maximum operating temperature
  • Natural convection
  • Max temp: 300 °C
  • Min temp: Ambient +30°C
  • Volume: 27 to 215 litres
up to 230 litre chamber volume
  • Max temp: 300 °C
  • Min temp: Ambient +30°C
  • Volume: 28 to 230 litres
heavy duty fan ovens to 600°C
  • Max temp: 400 - 600°C
  • Min temp: Ambient +60°C
  • Volume: 30 to 120 litres
Robust solutions up to 700°C
  • Max temp: 400 - 700 °C
  • Volume: 28 to 343 litres
Perfect for ISO 14644-1 Class 5
  • Max temp: 250 °C
  • Volume: 30 to 220 litres
Perfect for ISO 14644-1 Class 6
  • Max temp: 400 - 600 °C
  • Volume: 28 to 1000 litres
Controlled Atmosphere Oven - HTMA
  • Max temp: 400 - 700 °C
  • Chamber volumes: 28 to 1000 litres

Chamber Furnaces

Reach 1000°C in just 10 minutes
  • Max temp: 1100 - 1300 °C
  • Chamber volumes: 5 to 23 litres
Ideal for sintering to 1800°C
  • Max temp: 1600 - 1800 °C
  • Chamber volumes: 3 to 21 litres
Reach 1400°C in just 40 minutes
  • Max temp: 1400 - 1600 °C
  • Chamber volumes: 3 to 35 litres
Bench mounted to 1800°C
  • Max temp: 1700 - 1800 °C
  • Chamber volumes: 4 to 64 litres
  • Thermocouple: B
  • Max temp: 900 - 1100 °C
  • Chamber volumes: 10 to 1300 litres
  • For processes in which a specific atmosphere needs to be reliably maintained

Tube Furnaces

TG Gradient Tube Furnace Range
  • 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
  • Max temp: 1600, 1700 °C
  • Heated lengths: 120 - 500 mm
  • Furnace Ø: up to 70 mm
  • Orientation: Vertical
  • Max temp: 1300 °C
  • Heated lengths: 200 - 4500 mm
  • Furnace Ø: up to 200 mm
  • Orientation: Horizontal / vertical

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: 1800 °C
  • Bridgman Crystal Growth Equipment BV-HTRV 70-250/18 up to 1800°C
  • Max temp: 1200°C
  • Tube furnace configured for capture by combustion of Carbon 14 & Tritium Isotopes