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Refractory Reaction sintered silicon carbide beam/batts as kiln furniture
Refractory Reaction sintered silicon carbide beam/batts as kiln furniture
Refractory Reaction sintered silicon carbide beam/batts as kiln furniture
Refractory Reaction sintered silicon carbide beam/batts as kiln furniture
Refractory Reaction sintered silicon carbide beam/batts as kiln furniture
Refractory Reaction sintered silicon carbide beam/batts as kiln furniture
Refractory Reaction sintered silicon carbide beam/batts as kiln furniture
Refractory Reaction sintered silicon carbide beam/batts as kiln furniture

Refractory Reaction sintered silicon carbide beam/batts as kiln furniture

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≥100 Pieces
US $11.5
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Quick Details

CaO Content (%):
0.1%
CrO Content (%):
0.01
SiC Content (%):
88
Place of Origin:
Henan, China
Model Number:
RON
Brand Name:
Lite
Product name:
Reaction sintered silicon carbide beam/batts as kiln furniture
raw material:
Silicon carbide powder
Color:
black
Feature:
Good thermal shock resistance
Density:
2.8g/cm3
apparent porosity:
12%
max working temperature:
1450℃
Usage:
kiln car of Ceramic kiln
Certificate:
test report

Quick Details

SiO2 Content (%):
5%
Al2O3 Content (%):
1%
MgO Content (%):
0.02%
CaO Content (%):
0.1%
CrO Content (%):
0.01
SiC Content (%):
88
Place of Origin:
Henan, China
Model Number:
RON
Brand Name:
Lite
Product name:
Reaction sintered silicon carbide beam/batts as kiln furniture
raw material:
Silicon carbide powder
Color:
black
Feature:
Good thermal shock resistance
Density:
2.8g/cm3
apparent porosity:
12%
max working temperature:
1450℃
Usage:
kiln car of Ceramic kiln
Certificate:
test report

Properites Units Silicon carbide Material
Type SiC SiSiC NSiC RSiC
SiC% 89 87 92 70 99
SiO2 % 5 6 - Si3N4 28 -
Al2O3% 1 2 - - -
Bulk Desity g/cm3 2.85 2.8 3.01 2.8 2.75
Apparent porosity % 12 14 0.1 12 14
M.O.R.@20℃ MPa 50 48 260 180 100
M.O.R.@1300℃ MPa 58 56 280 185 120
C.T.E.@20℃-1000℃ 10-6K-1 4.8 4.2 4.5 4.7 4.6
C.C.S MPa 100 90 900 500 300
1450 1420 1300 1500 1650
application
• High Young's modulus
• Low thermal expansion coefficient
• Extremely high hardness
• Wear resistant
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