Dental ceramic systems are primarily used to fabricate indirect restorations such as crowns and bridges. These porcelain systems aim to replicate the esthetics and strength of natural teeth and crowns and bridges can be produced using pressing or layering techniques depending on the ceramic system being used. The strongest ceramic materials can be used to produce monolithic restorations, but most systems are designed to feature the translucencies and shadings required to produce a highly esthetic veneer to top a metal or ceramic coping. Different ceramic systems are designed for use with different substructures so be sure to look for a metal-compatible system if you will be using metal copings or a ceramic compatible system for zirconia copings. Porcelain systems also can be designed for adding esthetic touches to the cutbacks of CAD/CAM produced restorations. A precise firing and finishing workflow is important when working with these materials in order to produce restorations that work and look as good or better than the teeth they are replacing.
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Company | Kulzer | Kulzer |
Item | HeraCeram | HeraCeram Zirkonia |
Price | Inquire | Inquire |
Description | Unique blend of fluorescence, opalescence and chroma – providing uniformity that allows you to match shades perfectly regardless of the substructure. | HeraCeram is the perfect choice for veneering Zirkonia Oxide frameworks
with a CTE of 10.5 µm/mK. The Stabilised Leucite Structure protects
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Flexural Strength | 80 MPa | 80 MPa |
Indications for Use | Crowns Anterior and Posterior Bridges Inlays Onlays | Veneers |
Type of Ceramic | Stabilized Leucite Structure | Stabilised Leucite Structure |
Fabrication Method | Heat Sintered | Heat Sintered |
Melting Point | Not Available | 850°C |
Vickers Hardness | 520 - 560 HV | Not Available |
Cementation Options | Glass Ionomer Resin Traditional Adhesives | Adhesive Cementation |
Maximum Length of Bridge | 3 Units | Not Available |
Get Info | Inquire | Inquire |