What is the final material used for endodontically treated deciduous molars?

For endodontically treated deciduous molars, the use of a wrought base metal crown is appropriate because it offers both strength and durability needed for primary teeth that will bear significant occlusal forces during chewing. Primary molars are not only important for maintaining space for permanent teeth but also play a critical role in proper mastication, making it essential to use a restorative material that can withstand wear and function effectively until the natural exfoliation occurs.

Wrought base metal crowns provide a reliable and long-lasting option in pediatric dentistry, especially for molars, as they can handle the stresses of function and help preserve the tooth structure beneath. They are also resistant to fracturing or deforming under pressure, which can be a concern with other materials.

Other materials, such as amalgam or composite resin, may not offer the same level of durability in a primary molar context, as they may be more susceptible to wear or failure under the forces associated with chewing. Glass ionomer cement, while useful in providing some levels of adhesion and aesthetics, lacks the same strength characteristics needed for these high-stress areas. Therefore, the preference for wrought base metal crowns in this scenario aligns with the needs of endodontically treated deciduous molars to ensure that they can function