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Properties of Fine Ceramics

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Ceramics

Thermal Properties

Thermal Expansion (Linear Expansion Coefficient)

Used to evaluate the degree of fine ceramics' expansion by heat, the higher the value, the more it will expand or shrink due to temperature differences.

Highlow Value(X10-6) Material Name Details
10.0 Zirconia Details
8.8 Conductive Corseed Details
8.1 Black Alumina Details
7.7 Alumina Details
7.7 Alumina Sheets & Plates Details
7.7 High Purity Alumina Details
4.1 SiC Details
4.1 High Purity SiC Details
2.1 Heat-Insulative Alsima L Details

Thermal Conductivity

Used to evaluate the fine ceramics' ability to transfer heat, the higher the number, the more heat is transferred.

Highlow Value
(W/(m・K) )
Material Name Details
170.0 SiC Details
140.0 High Purity SiC Details
32.0 Alumina Details
31.2 Black Alumina Details
31.0 High Purity Alumina Details
23.0 Alumina Sheets & Plates Details
5.5 Conductive Corseed Details
4.0 Zirconia Details
2.9 Heat-Insulative Alsima L Details

Porous Ceramics

Mechanical Properties

Bending Strength

Used to evaluate fine ceramics' resistance to bending stress, the higher the value, the harder it is to bend.

Highlow Value(MPa) Material Name Details
91 AZP-50 Details
90 AZPS-40 Details
76 AZPW-40 Details
69 AZP-60 Details
22 AZPWB40 Details
17 AZPW-45 Details

Specific Gravity (Density)

Used to evaluate the weight of fine ceramics, the higher the value, the heavier the unit volume is.

Highlow Value(g/cm^3) Material Name Details
2.56 AZPW-40 Details
2.48 AZPWB40 Details
2.4 AZPW-45 Details
1.9 AZPS-40 Details
1.82 AZP-50 Details
1.57 AZP-60 Details

Thermal Properties

Thermal Expansion (Linear Expansion Coefficient)

Used to evaluate the degree of fine ceramics' expansion by heat, the higher the value, the more it will expand or shrink due to temperature differences.

Highlow Value(X10-6) Material Name Details
7.8 AZP-60 Details
7.7 AZP-50 Details
7.6 AZPW-40 Details
7.6 AZPWB40 Details
3.3 AZPS-40 Details

Thermal Conductivity

Used to evaluate the fine ceramics' ability to transfer heat, the higher the number, the more heat is transferred.

Highlow Value
(W/(m•K) )
Material Name Details
70 AZPS-40 Details
8 AZP-50 Details
6 AZP-60 Details
3 AZPW-40 Details


ASUZAC conducted an acid corrosion resistance test for the following ceramics: Alumina (AR), Silicon Carbide (ASiC), Corseed (ACTR), Alsima L (ARSM-L) and Porous Alumina (AZP-50).
A piece of these ceramics was immersed into sulfuric acid, nitric acid, hydrochloric acid, phosphoric acid, hydrofluoric acid, and sodium hydroxide.

Experimental conditions:
Melting temperature 100℃
Immersion time 24 hours
Specimen size 3 × 4 × 39mm
Solution concentration: 3 mol / l , sulfuric acid 3 mol / l , nitric acid 3 mol / l, hydrochloric acid 3 mol / l , phosphoric acid 3 mol / l , hydrofluoric acid 6 mol / l

(Click each material name to jump to the details page.)
Materials Hydrochloric acid Sulfuric acid Nitric acid Phosphoric acid Hydrofluoric acid Hydroxylation sodium
Almina (AR) -0.120 -0.121 -0.034 -0.191 -0.466 -0.068
SiC (ASiC) -0.070 0.000 0.000 0.000 -0.295 0.000
Corseed (ACTR) -0.052 -0.138 -8.029 0.000 -0.587 -0.121
Alsima L (ARSM-L) -1.846 -1.272 -1.199 -1.312 -16.243 -4.903
Porous Alumina (AZP-50) -5.093 -4.244 -6.005 -3.459 -7.344 -3.385


Acid Corrosion Resistance Comparison among Ceramics
Unit: mg/cm2

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    Fine Ceramics Division

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