99.8% Alumina
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INCERCO'S 99.8% Alumina ceramic is the representative material of today's technical
ceramics. Similar to sapphire, INCERCO 99.8% Alumina ceramic is comprised of corundum
crystals. INCERCO 99.8% Alumina is manufactured with our SFG (Small, Fine Grain)
technology and thus it has outstanding properties as an industrial material.
With a hardness next to diamond, boron carbide and silicon carbide, INCERCO's 99.8%
Alumina ceramic with SFG technology has superior wear resistance.
INCERCO's 99.8% Alumina ceramic has excellent high insulation resistance at elevated
temperatures, high dielectric strength at high voltage, and low dielectric loss tangent at high
frequencies.
INCERCO's 99.8% Alumina ceramic is inert to oxidation, is not corroded by chemical agents
and is not subject to radiation damage.
ceramics. Similar to sapphire, INCERCO 99.8% Alumina ceramic is comprised of corundum
crystals. INCERCO 99.8% Alumina is manufactured with our SFG (Small, Fine Grain)
technology and thus it has outstanding properties as an industrial material.
With a hardness next to diamond, boron carbide and silicon carbide, INCERCO's 99.8%
Alumina ceramic with SFG technology has superior wear resistance.
INCERCO's 99.8% Alumina ceramic has excellent high insulation resistance at elevated
temperatures, high dielectric strength at high voltage, and low dielectric loss tangent at high
frequencies.
INCERCO's 99.8% Alumina ceramic is inert to oxidation, is not corroded by chemical agents
and is not subject to radiation damage.
Properties INCERCO 99.8% SFG Alumina
Color IVORY
Purity 99.8%
Density(g/cc) 3.8 - 3.9
Flexural Strength(Mpa) 310
Hardness(Gpa) 16
Thermal Conductivity(W/m K) 25
Compressive Strength(Mpa) 2300
Color IVORY
Purity 99.8%
Density(g/cc) 3.8 - 3.9
Flexural Strength(Mpa) 310
Hardness(Gpa) 16
Thermal Conductivity(W/m K) 25
Compressive Strength(Mpa) 2300
The above data is representative of typical properties you can expect when using the
above materials. These are "real world" numbers and are not lab specimen numbers.
Method of manufacture, part size, part shape and other factors can affect material
properties of components. INCERCO provides this information as a guide only and
implies no warranties or guarantees.
above materials. These are "real world" numbers and are not lab specimen numbers.
Method of manufacture, part size, part shape and other factors can affect material
properties of components. INCERCO provides this information as a guide only and
implies no warranties or guarantees.
