Ceramic Injection Molding
Precision ceramic is different from traditional ceramics, it has a unique characteristics of hard, wear resistance, high compressive strength, and resistance to high temperature, acid and base. It also has excellent optical, electromagnetic, thermal, and biocompatibility. Our CIM products are categorized as biomedical and structural ceramics. |
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Biomedical Ceramics are mainly used in the repair and replacement work of human bones, muscles and the cardiovascular system. The applications are artificial bones, joints, and teeth. The compatibility is much higher than their metal counterparts. Another series of products are the biodegradable calcium phosphate ceramics, which can be degraded into absorbable ion compositions inside the human body after a designated period of time. The application in bone screws and plates are preferred to avoid second surgery that patients would suffer otherwise. |
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Also known as engineering ceramics, due to its high strength, high hardness, good chemical stability under high temperature and other excellent mechanical properties, it can be widely used in machinery, metallurgy, chemical industry, electronics, and aerospace fields. |
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Material |
Density |
Hardness |
Bending |
0~1000℃
Thermal expansion coefficient |
Themal shock resistance
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g/cm3 |
HV |
Kgf/mm2 |
/℃ |
T(℃) |
Zirconia |
6.05 |
1,300 |
11,000 |
9.5×10 |
360 |
Alumina |
3.9 |
1,700 |
3,500 |
8.0×10 |
200 |
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