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Heat Resistance Boron Nitride Bn Ceramic Crucible for Melting

Price $10.00
Min Order 10 Pieces
Availability In Stock
Shipping From Hunan, China
Popularity 529 people viewed
Model NO.:
RY
Material:
Pbn
Max Working Temperature:
1600c
Thermal Shock Resistance:
180-220t
Special:
According to Customer's Design
Product:
Pbn Parts
Name:
Machine Pbn Part
Refractoriness (℃):
1770< Refractoriness< 2000
Feature:
Long Time Materials, Instant Materials
Type:
Heat-Resistant Material
Shape:
Crucible
Trademark:
RY
Transport Package:
Wooden Case or Wooden Pallet
Specification:
According to customer request
Origin:
China
HS Code:
6909190000
Product Description


Material: Pyrolytic Boron Nitride / PBN 99.99%

Typical Applications: 
1. Spectrometre
2. High temperature furnace
3. Crystal growth
4. LEC crucible, VGF crucible, MBE crucible
5. MOCVD insulation plate
6. Heating element
7. Microwave
8. Semiconductor
9. Composite Heater


Boron Nitride (BN) is a white, low porosity refractory material with physical and mechanical properties similar to Graphite. However, unlike Graphite, Boron Nitride has high thermal conductivity and good thermal shock performance. The most common formulation of Boron Nitride contains boric oxide, which can cause Boron Nitride to absorb moisture, resulting in swelling and property degradation.
 

Type99BNCBNABNZBN
Main ContentBN>99%BN>98.5%BN+AlNBN+ZrO2
BinderB2O3CaB2O6ALBO3B2O3
Density   (g/cm3)1.95-2.02.0-2.12.62.95
Flexural Strength   (Mpa)30100200200
Compressive Strength   (Mpa)100280350380
Electrical Resistivity   (ohm.cm)>10^14>10^13>10^14>10^12
Max. Working Temp.   (°C)
air
9009009001000

Max. Working Temp.   (°C)

inert gas
2400240021001800
Max. Working Temp.   (°C)
vacuum
2200220019001800
Thermal Conductivity   (W/m.K)30355030
Expansion Coefficient  25 - 1000 °C (10^-6/K)1.524.52.5
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