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A broad definition of ceramic is any inorganic, nonmetallic material. In other words, any solid material that is not a plastic or a metal can be defined as a ceramic.
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Composite Ceramic
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High Density Ceramic
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Advanced ceramics perform very well in compression, but some engineers have the misconception that ceramics cannot be used in tension. While careful attention to failure modes is required, ceramics can perform well in tension with proper design. Tungsten alloy, for example, has a very high melting point and has a density twice that of steel and are more than 50% heavier than lead.
Typical characteristics of ceramics |
Resistant to |
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Ultra-hard
Biocompatible
Chemically inert
Physically stable
High strength
Excellent surface finish |
High temperature
Wear
Corrosion
Bending |
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Application in industry |
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Micro, wear-resistant nozzles
Manufacturing tooling/dies
Synthetic fiber production
Wire guides
Thermal protection |
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So if you got any enquiry or question about this product, please do not hesitate to contact us at saels@chinatungsten.com. Price will be offered based on size, density, quantity, hardness, and any other specific requirements.
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