Pyrolytic Boron Nitride (PBN)

Identity strip
  • PyroLytic Example One
  • PyroLytic Example Two
  • PyroLytic Example Three
  • PyroLytic Example Five
  • PyroLytic Example Six
  • PyroLytic Example Seven

Key Properties

bullet  High Purity
bullet  Uniform wall thickness (circumferential direction)
bullet  Easily adjustable thickness (axial direction)
bullet  High thermal conductivity
bullet  Low thermal expansion
bullet  Excellent thermal shock resistance
bullet  High electrical resistance
bullet  Low dielectric constant and loss tangent
bullet  Good chemical resistance
bullet  High compositional homogeneity
bullet  Minimal out gassing at high temperature and vacuum
bullet  Non-toxic

Applications

bullet  Crucibles
bullet  Dishes
bullet  Boats
bullet  Trays
bullet  Electrical Insulators
bullet  Graphite Coatings
bullet  Infrared Windows
bullet  Furnace Components
bullet  Vaporizing Pots
bullet  Nozzles
bullet  Tubes
bullet  Rods
bullet  Heat Insulators
bullet  Boron Dopants
bullet  Crucibles & boats for crystal growth of
      semiconductor materials
bullet  Semiconductor wafer processing equipment


Pyrolytic Boron Nitride (PBN)

Pyrolytic Boron Nitride (PBN) is an anisotropic, high-temperature ceramic which exhibits a unique combination of high electrical resistance and good thermal conductivity.

This non-toxic, non-porous compound is exceptionally pure by virtue of the synthesis process (high temperature/low pressure chemical vapour deposition).

It can be deposited or easily machined into a limitless number of components.

PBN's directional thermal conductivity provides excellent 'heat spreading' capability for improved temperature uniformity.

With its high strength, good thermal conductivity, and a low coefficient of thermal expansion this makes the material extremely resistant to thermal shock.

PBN has found wide acceptance in the semiconductor, electronics, metallurgical, thin film, and pharmaceutical industries.


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