Poss S D
Anterior Esthetic Program, Las Vegas Institute for Advanced Dental Studies, Las Vegas, Nevada, USA.
Compend Contin Educ Dent Suppl. 1999(23):S14-8.
This article discusses the properties of condensable composites and how their filler particles are continually being improved to create an updated, advanced tooth-colored material that can be packed with the same clinical success as amalgam in posterior restorations. Many dental companies are now addressing the major concerns of shrinkage, polishability, and discoloration that inundated previous composites by introducing the next generation of condensable composites. With increased filler content and the addition of special additives to the resin phase, Prodigy Condensable allows clinicians to follow the same protocol for placing amalgam restorations while being assured of improved wear-resistance, strength, longevity, postoperative sensitivity, and esthetics.
本文讨论了可压缩复合树脂的特性，以及如何不断改进其填料颗粒，以制造出一种更新的、先进的牙齿颜色材料，这种材料在后部修复中可以像汞合金一样获得相同的临床成功填充效果。现在，许多牙科公司通过推出下一代可压缩复合树脂，正在解决困扰以往复合树脂的收缩、可抛光性和变色等主要问题。随着填料含量的增加以及在树脂相中添加特殊添加剂，Prodigy可压缩复合树脂使临床医生能够遵循与放置汞合金修复体相同的操作流程，同时确保其耐磨性、强度、使用寿命、术后敏感性和美观性得到改善。
