Soltész U, Klaiber B, Pergande C, Richter H
Dtsch Zahnarztl Z. 1979 May;34(5):406-12.
Twenty-two commercially available composites, a new resin without inorganic filler and two amalgams have been investigated to compare their abrasive behaviour. In laboratory tests, an abrasion model of tooth against filling has been simulated. The results indicate a dependence of the abrasive behaviour on the type of filler in the different composites. Composites with quartz as filler have the greatest resistance to abrasion, whereas those with lithium-aluminium-silicate show the strongest abrasion. Mean abrasion values are obtained for the composites with barium-glass or a mixture of barium-glass and quartz as filler. The resin and the two amalgams have abrasion values comparable to the abrasive resistant composites.
对22种市售复合材料、一种无无机填料的新型树脂和两种汞合金进行了研究，以比较它们的耐磨性能。在实验室测试中，模拟了牙齿对填充物的磨损模型。结果表明，不同复合材料的耐磨性能取决于填料类型。以石英为填料的复合材料具有最大的耐磨性，而以锂铝硅酸盐为填料的复合材料磨损最强。以钡玻璃或钡玻璃与石英的混合物为填料的复合材料获得了平均磨损值。该树脂和两种汞合金的磨损值与耐磨复合材料相当。
