Ceramic Material Properties

Physical properties of some common ceramics

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Properties of some common ceramics are indicated in the table below:

Material Specific Gravity Coefficient of Linear Expansion
106 (ppm/oC)
Maximum Safe Operating Temperature
(oC)
Thermal Conductivity
10-3 (cal/cm2/ cm/sec/oC)
Tensile Strength
(psi)
Compressive Strength
(psi)
Flexural Strength
(psi)
Modulus of Elasticity
106 (psi)
Porcelain 2.2-2.4 5.0-6.5 400 4-5 1500-2500 25000-50000 3500-6000 7-10
Alumina Porcelain 3.1-3.9 5.5-8.1 1350-1500 7-50 8000-30000 8000-25000 20000-45000 15-52
High-Voltage Porcelain 2.3-25.5 5.0-6.8 1000 2-5 3000-8000 25000-50000 9000-15000 7-14
Zirconia Porcelain 3.5-3.8 3.5-5.5 1000-1200 10-15 10000-15000 80000-150000 20000-35000 20-30
Lithia Porcelain 2.3-4 1 1000     60000 8000  
Cordierite Refractory 1.6-2.1 2.5-3.0 1250 3-4 1000-3500 20000-45000 1500-7000 2-5
Alumina Silicate Refractory 2.2-2.4 5.0-7.0 1300-1700 4-5 700-3000 13000-60000 1500-6000 2-5
Magnesium Silicate 2.3-2.8 11.5 1200 3-5 2500 20000-30000 7000-9000 4-5
Steatite 2.5-2.7 8.6-10.5 1000-1100 5-6 8000-10000 65000-130000 16000-24000 13-15
Forsterite 2.7-2.9 11 1000-1100 5-10 8000-10000 60000-100000 18000-20000 13-15
Titania/Titanate Ceramics 3.5-5.5 7-10   8-10 4000-10000 40000-120000 10000-22000 0.3-0.5

 

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Related Topics

  • Material Properties Material properties - density, heat capacity, viscosity and more - for gases, fluids and solids

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