Reinhardt K J, Vahl J
Dtsch Zahnarztl Z. 1977 Nov;32(11):867-70.
The photo-polymerisable adhesive Estilux glaze and its successor product Estiglaze microfill as well as a compound from the same firm were subjected to comparative investigations. Maximal polymerisable thickness of the named materials were ascertained by means of variable intensive light sources. Electron-microscopic investigations were carried out on the matrices in order to estimate the wetting behaviour. No generally valid connection between hardness and abrasion of comparative materials could be observed, but Estiglaze microfill, containing filling-substance shows reduced abrasiveness to the factor 2.5 in comparison to products free from filling substance.
对可光聚合粘合剂Estilux釉及其后续产品Estiglaze微填料以及同一家公司的一种化合物进行了对比研究。通过可变强度光源确定了上述材料的最大可聚合厚度。为评估润湿行为，对基质进行了电子显微镜研究。未观察到对比材料的硬度与耐磨性之间存在普遍有效的关联，但与无填充物质的产品相比，含有填充物质的Estiglaze微填料的耐磨性降低了2.5倍。
