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MECHANICAL STRENGTH
The following figures compare mechanical strength of Bettini ceramics with conventional materials such as tempered steel and tungsten carbide.
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| BN-1 |
Silicon nitride |
| BC-4 |
Silicon carbide |
| BZ-2 |
Zirconium oxide stabilised MgO |
| BZ-1 |
Zirconium oxide stabilised Y2O3 |
| BX-9 |
Aluminium oxide 99.7% |
| BX-8 |
Aluminium oxide 99.0% |
| BX-7 |
Aluminium oxide 97.5% |
| BX-6 |
Aluminium oxide 96.0% |
| BX-2 |
Aluminium oxide 99.9% |
| BX-1 |
Aluminium oxide – Zirconium oxide |
| BT-8 |
Titanium trioxide Ti2O3 |
| BT-7 |
Titanium dioxide TiO2 |
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| BN-1 |
Silicon nitride |
| BC-4 |
Silicon carbide |
| BZ-2 |
Zirconium oxide stabilised MgO |
| BZ-1 |
Zirconium oxide stabilised Y2O3 |
| BX-9 |
Aluminium oxide 99.7% |
| BX-8 |
Aluminium oxide 99.0% |
| BX-7 |
Aluminium oxide 97.5% |
| BX-6 |
Aluminium oxide 96.0% |
| BX-2 |
Aluminium oxide 99.9% |
| BX-1 |
Aluminium oxide – Zirconium oxide |
| BT-8 |
Titanium trioxide Ti2O3 |
| BT-7 |
Titanium dioxide TiO2 |
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