Excellent Thermal Shock Resist  HPBN Cylindrical Crucibles For Electronics/Innovacera    

 Keywords:  BN Crucible, BN Cylinder Crucible, BN Conical Crucible, BN Taper Crucible, BN conicity crucible,  BN cylinderal crucible, BN round Crucible, BN Hollow Cylindrical Crucibles.

Product Description

Using the BN crucible,  can use in temperature 1800 degrees C in vacuum condition, not bonded with the metal liquid, non-reactive, thermal shock resistance, resistance to corrosion, coating evenly. Thermal shock cracking, adhesive products, do not contaminate the product.

Hot pressed BN is compacted at temperatures up to 2000°C and pressures up to 2000 psi to form a dense, strong engineering material that is easily machined.  It is available in standard and custom hot pressed shapes and has several unique characteristics and physical properties which make it valuable for solving tough problems in a wide range of industrial applications.

The HPBN Crucible  is widely used For Semiconductor, Electronics, Metallurgical, Thin Film, and Pharmaceutical Industries.

Hot pressed boron nitride shapes are used as critical components in applications where excellent thermal shock resistance, high electrical resistivity and chemical and corrosion resistance is required.

High Temperature Insulators

Molten Metal crucibles and nozzles

High temperature furnace components

Rollers and formers for the glass industry

Thermocouple Tubes

Boron Nitride

Technical Boron Nitride Features:

1.High thermal conductivity

2.Low thermal expansion

3.Good thermal shock resistance

4.High electrical resistance

5.Low dielectric constant and loss tangent

6.Microwave transparency

7.Non toxic

8.Easily machined - non abrasive and lubricious

9.Chemically inert

10.Not wet by most molten metals

H/PBN Application

Technical Boron Nitride Application:

1.Electronic Parts - heat sinks, substrates, coil forms, prototypes

2.Boron doping wafers in silicon semiconductor processing

3.Vacuum melting crucibles

4.CVD crucibles

5.Microcircuit packaging

6.Sputtering targets

7.High precision sealing, brazing, and metallizing fixtures

8.Microwave tubes

9.Horizonatal caster break rings

10.Low friction seals

11.Plasma arc insulators

12.High temperature furnace fixtures and supports