Find out about our materials, their characteristics and applications.
Main applications of engineering ceramics are related to aggressive corrosive and erosive elements, extreme operating temperatures, high physical stresses, or any combination of the three. Due to their uniquely tailored material properties, advanced ceramics can exceed in conditions where conventional materials would inevitably fail.
Thermo
Electro
Bio
Clay
Thermo
Electro
Bio
Clay
Main properties of the engineering ceramics
Property
Density (g/cm3)
Melting Point (°C)
Young’s Modulus (RT, GPa)
Comprensive Strenght (RT, MPa)
Tensile Strenght (RT, MPa)
Vickers Hardness (GPa)
Thermal Conductivity (W/m k)
Thermal Expansion (10-6/°C)
Operation Temperature (°C)
Dielectric constant (F/m)
Poisson’s ratio (η)
Atreyu
5.8
2730
500
2600
400
16
2.7
6
1800
10.5
0.36
Kratos
4.5
2730
420
3900
1500
20
15
8
1800
9.6
0.36
Nitro
3.1
1900
320
5500
550
14
25
2
1600
8.1
0.32
Mynos
3.8
2100
300
5000
500
13
20
8
1400
9.9
0.22
Zhepyr
5.7
2700
240
3000
550
12
2.4
5
1600
8.2-9.3
0.35
Tinum
3.9
1830
220
1500
340
10
8
6
1200
14-110
0.3
Cordus
2.3
1460
125
300
40
6
3
3
1100
5
0.26
Lambda
6
1650
67
600
380
7
3
6
1000
4
0.3
Rayden
3.4
1500
150
800
45
4
1.5
14
450
2
0.26
Kayros
4.8
1200
200
750
35
8
5
13
450
2.5
0.24