 |
They use the chemical formula and physical control to make blanks. Then molding and sintering make the ceramic's microstructure, chemical, and physical properties reach different statuses.
After the precision machining, the ceramic will become different products with different functions.
Advanced Ceramic & Fine Ceramic is widely used in semiconductor, optoelectronic, biotechnology, and solar energy industries.
1. Corrosion Resistance: Most ceramics have anti-oxidation and corrosion resistance features.
2. High-Temperature Resistance: Not many materials can withstand high temperatures like ceramic materials, but some Advanced Ceramics & Fine Ceramics can.
3. Abrasion Resistance: Advanced Ceramic & Fine Ceramic's abrasion resistance is absolute. On the other hand, it is fragile.
4. Light Weight: Most Advanced Ceramics & Fine Ceramics are lighter than metal, even can be lighter by 40%. Due to its lightweight, it can reduce machine burden and save energy.
5. Low Coefficient of Friction: Advanced Ceramic & Fine Ceramic can apply on shaft seal and bearing kind of components without smoothing. Because of Advanced Ceramic & Fine Ceramic's low friction coefficient, high compressive strength, and abrasion resistance.
Although Advanced Ceramics & Fine Ceramic has these superior features, its low toughness and fragility could cause users trouble.
So, LONGYI still actively developing higher toughness Advanced Ceramic & Fine Ceramic.
Other Links: About Ceramic
