High performance plus economic price
High purity plus unlimited machinability
Boron Nitride has the combined purity, strength and
design flexibility to do what pyrolitic Boron Nitride
High thermal shock plus high thermal conductivity
Higher thermal shock resistance, more spall resistance,
and lower permanent expansion upon heating
High thermal shock plus moisture resistance
Crucibles for melting glass
Break rings for horizontal continuous casting of
Spanker plates used in the production of TV tubes
End-dam material for thin-strip casting
Seal rings for gas sensors
Components for high-temperature electric furnaces
Structural parts for magnetohydrodynamic
Dielectrics for radar antennas and windows
Insulators for low- and high-frequency equipment
Insulators for plasma-jet furnace, arc pulse generators
and ion engines
Holders, mounting plates, substrates, and heat sinks
in valve circuits and transistor circuits
Pump components, pipes, and nozzles for liquid
Protective tubes and insulating sleeves for
Wafers for boron doping of semiconductors
Crucibles for crystal growth
Moulds for hot-pressing of technical ceramics like
B6O or B6.5C
Neutron absorbers and shields for nuclear reactors
Solid Boron Nitride, is a excellent machinable advanced ceramic Is a unique material, Boron Nitride Solid solves problems that could not possibly be tackled with other compositions such as Al2O3 or SiC.
Boron Nitride in Solid form handles temperatures over 2000°C and, depending on the grade, carries a dielectric strength of nearly 1000 volts/mil. Hot pressed in billet form Boron Nitride can easily be machined into rods, bars, plates and even custom shapes this can all be carried out in house at Multi-lab.
Because of its highly exceptional characteristics Boron Nitride makes it ideal for fixture or jig materials for sealing or brazing operations in induction, vacuum and atmosphere furnaces; for molten metal crucibles; heat sinks and high temperature insulators.
Hot pressed boron nitride, sometimes is referred to as 'white graphite' has a platey, hexagonal structure. This type of bond is equal to that found in diamonds, yields excellent physical, thermal and electrical performance under a wide range of uses.
Hexagonal Boron Nitride can be easily machined into complex shapes using conventional high speed cutting tools.