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Melting furnaces for fusion of metal. Standard product range from 1 kg to 1000 kg.
Small furnace of table with graphite crucible to melt metals. Tilting furnace of a capacity 1 or 2 kg.
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Melting furnaces for fusion of metal. Standard product range from 1 kg to 1000 kg.
Standard crucible furnaces for copper or aluminium fusion until 1200°c. Sizes from 20 to 600 liters, electric heating or gas.
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Static furnace Mod. S3 - 220V/Monofase/Trifase Static Furnace Mod. S3 - 380V/Trifase Capacita' crucible: Max 3 Kg. of gold fine Complete of crucible in grafite and clamp Probe of control temperature
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Electric Crucibles
Melting or holding, these popular furnaces deliver exceptional efficiency. With covers on, they use only 0.20 to 0.25 KW/hr per pound to melt cold metal and just 3 to 4 KW/hr to hold 1,000 pounds of molten aluminum at 1,220 degrees Fahrenheit. Electric crucibles use less energy than channel-type induction furnaces, and they provide more accurate temperature control. Both manual and power-operated tilt-type versions are also available.
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1100°C Crucible Furnaces
Blue M 1100°C crucible furnaces are
designed for vertical heat processing requirements. They may be utilized for a wide variety of laboratory melting applications.
Features / Benefits:
Energy efficient Moldatherm® insulation
Programmable or single setpoint controllers may be configured for either °C or °F (°C standard)
Cover plug with Moldatherm insulation and
handle for safe removal
Moldatherm ceramic fiber hearthplate
Designed for use with a variety of crucibles including alumina, mullite, quartz and metallic
All digital self-tuning instrumentation
Unique furnace design
Heating element is embedded in Moldatherm insulation
Well insulated furnace vestibule
Insulated air spaces and cabinet venting
Self-tuning control instrument
Instruments include a dual display readout, comparing the actual and setpoint chamber temperatures
Fast heat-up and recovery rates, exceptional temperature uniformity and energy efficiency provide for low outer shell temperature
Allows for maximum end user flexibility
Provides state-of-the-art temperature control
Attractive unit consumes little laboratory bench space
Provides excellent radial uniformity and energy efficiency
Minimize heat loss
Provides best control parameters values during furnace operation
Components are easily replaced
Replacement of the furnace control instrument, thermocouple and heating elements easily facilitated
Programmable model consists of 16-segments of ramps or dwells
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