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High Thermal Conductivity Silicon Carbide Machining Sic Si3n4

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                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                silicon carbide machining sic, high thermal conductivity silicon carbide machining, high thermal conductivity sic si3n4
                              

Content:	99% SIC	Micron:	150
Application:	Kilns Parts	Thermal Expansion Coefficient:	4.0 X 10^-6/K
Chemical Resistance:	Excellent	Indicated Porosity:	＜0.2%
Wear Resistance:	Excellent	Product Form:	Disc Roll
Mineral Type:	Silicon Carbide	Flexural Strength:	350-600 MPa
Maximum Temperature:	1380℃	Thermal Expansion:	4.3 X 10-6/K
Dielectric Constant:	9.66	Advantage:	High Temp Resistant
Product Colour:	Black

Content:	99% SIC
Micron:	150
Application:	Kilns Parts
Thermal Expansion Coefficient:	4.0 X 10^-6/K
Chemical Resistance:	Excellent
Indicated Porosity:	＜0.2%
Wear Resistance:	Excellent
Product Form:	Disc Roll
Mineral Type:	Silicon Carbide
Flexural Strength:	350-600 MPa
Maximum Temperature:	1380℃
Thermal Expansion:	4.3 X 10-6/K
Dielectric Constant:	9.66
Advantage:	High Temp Resistant
Product Colour:	Black

High Thermal Conductivity Silicon Carbide Machining Sic Si3n4

High Thermal Conductivity Silicon Carbide Machining Sic Si3n4 0

Silicon nitride(Si3N4)exceeds many other ceramic materials in thermal shock-resistance.It does not deteriorate at high temperatures;therefore,it is ideal for use in components for automotive engines and gas turbines-including turbocharger rotors,glow plugs for diesel engines,and hot plugs.Further applications of this material are anticipated in a wide range of fields.

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