Bottom loading furnace up to 1900 ºC HOB Series

Bottom loading furnace up to 1900ºC HOB SERIES
_ Oxidant atmosphere
_ Controlled atmosphere and /or vacuum with hermetic seal reafrigerated by water
Temperatures 1.600 ºC -1.800 ºC -1.900 ºC (MoSi2 SuperKanthal)
Electric Bottom loading system
Inner sizes under request ( Custom furnace available)
Ramp programmer up to 64 steps
Let work 24/7 in continuous mode
MoSi2 Kanthal Super 1800 and 1900 High quality molybdenum disilicide heating elements
Fast heat
Refrigerated by water
Inox chamber.
Low thermal mass insulation
Built with low density and ceramic fiber
Double isolation chamber + air chamber
Outside casing in metal sheet painted ( inox as optional)
Thermocouple type S or B
Compact and lightweight furnace
Easy to replace all the spare parts by the end user
Furnace control:
Left Side
PAD Digital control. Microprocessor. Alarm.
Power adjustment:Eurotherm tyristor equipment
General safety switch
General safety contactor
Safety Shut-off
Thermocouple break shut-off
Manufactured under the CE
Accessories
Security class II. Over-temperature protection (OTP)
Inverted Alumina Crucible
Inlet gas entry
Flow meter box (Gas supply systems)
Control system
Ramp programmer up to 64 steps
Eurotherm EPC Series + Data logger Itools sofware by Ethernet (Optional)
Eurotherm Nanodac Series +Data logger and Itools sofware by Ethernet according AMS2750E and 21CFR Part 11 (Optional)

The furnace can be adapted to accommodate an inert atmosphere, by placing a large inverted alumina crucible and hermetic (A-304)Refrigerated by waterGas inlet and outlet connections
The electrically operated elevator hearth ensures operator safety and prevents radiation of heat from the chamber walls.The loading platform has a full travel which allows the complete chamber height to be used.Outstanding temperature uniformity due to all-around the furnace chamber heating
Standards: Ceramic and metal sintering process
Sintering furnaces for your 3D metal and ceramic printing applications.
Technical ceramics, sintering, debinding, bioceramics process, sintering of zirconia dental crowns and frameworks, thermal shock…