ATZ
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INCERCO's ATZ ceramic is an Alumina Toughened Zirconia that is Hot Isostatically
Pressed. Combining YTZP (Yttria - Tetragonal Zirconia Polycrystalline) ceramic with ultra
high purity Alumina and then Hot Isostatically Pressing it, gives INCERCO ATZ ceramic
transformation toughened properties as well as a toughness that is unheard of for
ceramics. This is due to its martensite-type transformation mechanism of stress induction
along with the introduction of ultra high purity alumina into its latice structure.
Among the engineering ceramic materials, INCERCO ATZ ceramic has some of the
highest mechanical strengths and toughness of any ceramic material in the world. With a
flexural strength near or equal to cemented carbides, it is the ultimate choice in zirconia
ceramic materials.
Pressed. Combining YTZP (Yttria - Tetragonal Zirconia Polycrystalline) ceramic with ultra
high purity Alumina and then Hot Isostatically Pressing it, gives INCERCO ATZ ceramic
transformation toughened properties as well as a toughness that is unheard of for
ceramics. This is due to its martensite-type transformation mechanism of stress induction
along with the introduction of ultra high purity alumina into its latice structure.
Among the engineering ceramic materials, INCERCO ATZ ceramic has some of the
highest mechanical strengths and toughness of any ceramic material in the world. With a
flexural strength near or equal to cemented carbides, it is the ultimate choice in zirconia
ceramic materials.
Properties INCERCO ATZ
Color GRAY
Density(g/cc) 5.5
Flexural Strength(Mpa) 2200 / 2400
Hardness(Gpa) 13.2
Thermal Conductivity(W/m K) 5.9
Compressive Strength(Mpa) 2300
Color GRAY
Density(g/cc) 5.5
Flexural Strength(Mpa) 2200 / 2400
Hardness(Gpa) 13.2
Thermal Conductivity(W/m K) 5.9
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.
