Compact muffle furnaces T max 1000 °C - 1200 °C

• Compact universal muffle furnaces providing outstanding value for money
• Heating from several sides
• Furnace insulation made completely of high-quality fibre materials with low thermal mass, rapid heat-up
• Power controlled by solid-state relays, high-precision furnace regulation, wear-free, noiseless
• Exhaust opening on back of furnace
• Volumes between 3 and 15 litres

Laboratory chamber furnaces T max 1100 °C - 1600 °C

• Compact laboratory chamber furnaces with heating from several sides by heating wire or SiC rods
• Double-lined housing with rear ventilation for exceptionally low outer casing temperature
• Vertical parallel door, hot inner side of door faces away from operator
• Furnace insulation made completely of high-quality lightweight refractory bricks with low thermal mass, rapid heat-up
• Power controlled by solid-state relays, high-precision furnace regulation, wear-free, noiseless
• Exhaust opening on back of furnace
• Volumes between 5 and 45 litres

Laboratory high-temperature furnaces T max 1500 °C - 1800 °C

• Compact high-temperature laboratory furnaces with heating from several sides by MoSi₂ heating elements
• Double-lined housing with rear ventilation for exceptionally low outer casing temperature
• Vertical parallel door, hot inner side of door faces away from operator
• Also available with optional easy-load system
• Furnace insulation made completely of high-quality aluminium oxide materials with low thermal mass, extremely rapid heat-up and cooling possible
• Power controlled by thyristors, high-precision furnace regulation, wear-free, noiseless
• Exhaust opening in furnace roof
• Volumes between 2 and 16 litres

Laboratory tube furnaces T max 1100 °C - 1800 °C

• Compact universal tube furnaces providing outstanding value for money
• Available for horizontal, diagonal and vertical operation
• Heating from all sides
• Furnace insulation made completely of high-quality fibre materials with low thermal mass, rapid heat-up
• Power controlled by solid-state relays or thyristors, high-precision furnace regulation, wear-free, noiseless
• Tubes with diameters from 20 to 300 mm
• Heated lengths of tube from 180 to 900 mm
• Tubes made of different materials, such as Sillimantine, Alsint, quartz glass, etc. can be used
• Also available with flanges for protective gas atmospheres or vacuum operation
• Also available in split design

Laboratory elevator furnaces T max 1600 °C - 1800 °C

• Compact elevator furnaces for the laboratory, with heating from several sides by MoSi2 heating elements
• Double-lined housing with rear ventilation for exceptionally low outer casing temperature
• Smooth, shock-free movement of bottom by means of electromechanical drive
• Furnace insulation made completely of high-quality aluminium oxide materials with low thermal mass, extremely rapid heat-up and cooling possible
• Power controlled by thyristors, high-precision furnace regulation, wear-free, noiseless
• Exhaust opening in furnace roof
• Volumes between 2 and 70 litres

Laboratory drying cabinets T max 200 °C - 300 °C

• Fast, precision laboratory dryer with or without air circulation or vacuum
• Particularly suitable for materials with high moisture content, for complex and exact tests and drying processes
• Chamber volumes 23 – 715 litres
• Temperature range from +10 °C to ambient temperature and up to 300 °C
• High level of operator convenience, exact temperature regulation and short temperature compensation times within the chamber after loading
• Microprocessor controller included in standard version
• Operating elements on membrane keyboard
• Process information on LCD display