Compared to other types of crowns, the metal-ceramic crown is more durable than which of the following?

The metal-ceramic crown is known for its superior durability compared to other crown types, primarily due to its unique composition. Metal-ceramic crowns combine a metal substructure—which provides strength and resistance to fracture—with a ceramic layer that offers aesthetic appeal. This makes them especially suitable for areas of heavy occlusal stress, where durability is a significant concern.

When comparing the metal-ceramic crown to laminate veneers, these veneers are made primarily of porcelain and are not designed to withstand heavy forces. Their inherent fragility makes them less durable in functional areas of the mouth.

All-ceramic crowns, while they can provide an appealing aesthetic similar to that of metal-ceramic, often lack the same level of durability. Advances in materials have improved their strength, but they may still not be as capable of withstanding significant biting forces as metal-ceramic crowns.

Partial veneer crowns also demonstrate limited durability compared to the full coverage provided by metal-ceramic crowns. Since they cover only part of the tooth structure, they often lack the robustness needed for long-term wear, especially in posterior teeth subjected to high occlusal loads.

Overall, the combination of metal strength and ceramic aesthetics in metal-ceramic crowns ensures their stand-out position in terms