Zirconia ceramic plates is made of zirconium oxide materials, it is a commonly used technical ceramic material. It has relatively high fracture strength among all ceramic materials, with the addition of high hardness and low friction coefficient, it is usually used for structural ceramic components. Its thermal expansion coefficient is similar to steel, so it can be jointed to steel parts. Besides, zirconia ceramic plates has excellent corrosion resistance and low thermal conductivity.
Good smoothness / flatness with less porosity. Excellent in adhesion with thin film and thick film materials.
Less variance in outline, plate thickness, slit pitch, etc.
Minimal warpage, bending, and undulation.
Physical and chemical properties are stable even under a hot environment. Excellent in thermal shock resistance. High thermal conductivity and coefficient of thermal expansion similar to that of silicon.
Superior mechanical strength. Products with higher mechanical strength are also in our lineup.
Excellent resistance against oil and chemical.
Excellent in insulation properties, high dielectric breakdown voltage, high surface resistivity / volume resistivity, and small dielectric constant.
|Product Name||Purity / ethod||Size||Thickness||Polishing|
|Zirconia Ceramic plates||>94.8%||114.3 x 114.3mm
101.6 x 101.6mm
100 x 100mm
76.2 x 76.2mm
50 x 50mm
10 x 10mm
Single side polished
Double side polished
Unpolished: Ra 1.6 micron
Polished: Ra 0.2 micron
|Water Absorption||% @R.T.||0.0|
|Compressive Strength||MPa @ R.T.||2500|
|Tensile Strength||MPa @ R.T.||248|
|Modulus of Elasticity
|Flexural Strength (MOR)||MPa @ R.T.||900|
|Fracture Toughness, KIc||MPa x m1/2||13.0|
|Max. Use Temperature
(* denotes inert atm.)
|Thermal Shock Resistance||DT (ºC)||280 – 360|
|Thermal Conductivity||W/m-K @ R.T.||2.7|
|Coefficient of Linear Thermal Expansion, al||mm/m-ºC (~25ºC through ±1000ºC)||11.0|
|Specific Heat, cp||cal/g-ºC @ R.T.||0.10|
|Dielectric Constant||1MHz @ R.T.||26 @100kHz|
|Electrical Resistivity||Wcm @ R.T.||>1013|
The zirconia ceramic plate has sensitive electrical performance parameters and is mainly used in the fields of oxygen sensors, solid oxide fuel cells and high temperature heating bodies.
In terms of structural ceramics, zirconia ceramic plates are widely used in the field of structural ceramics because of its high toughness, high flexural strength and high wear resistance, excellent thermal insulation properties, and thermal expansion coefficient close to that of steel.
Our zirconia ceramic plates are exported to USA, Canada, Europe, and South America and Southeast Asia.
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