通过Silicoater MD系统实现树脂与各种合金的粘结。

Resin bonding to various alloys by means of the Silicoater MD System.

作者信息

Iazzetti G, João M, Chevitarese O, Lacroix S

出版信息

J Dent Technol. 1999 Apr;16(3):11-4.

Abstract

The aim of this research was to evaluate the effectiveness of the Silicoater MD System for bonding resin to four different Brazilian alloys. The alloys included the following proprietary materials: Duracast, Durabond II, Palad and Premium. Biobond II, a popular nickel-chromium alloy has been used as control. Dentacolor served as the veneering agent. All specimens were thermo-cycled for 24 hours between 41 degrees and 131 degrees C at a dwell time of one minute per temperature. Shear-bond strengths ranged from 1667 to 2842 psi. Scanning electron microscopic evaluation demonstrated no gap formations at the resin/metal interface for all of the aforementioned systems, the Silicoater MD System demonstrated acceptable retention efficiency in five types of metallic alloys.

摘要

本研究的目的是评估Silicoater MD系统将树脂粘结到四种不同巴西合金上的有效性。这些合金包括以下专有材料：Duracast、Durabond II、Palad和Premium。已使用一种流行的镍铬合金Biobond II作为对照。Dentacolor用作饰面剂。所有试样在41摄氏度至131摄氏度之间进行24小时热循环，每个温度下保持时间为1分钟。剪切粘结强度范围为1667至2842磅力/平方英寸。扫描电子显微镜评估表明，对于上述所有系统，树脂/金属界面均未形成间隙，Silicoater MD系统在五种金属合金中表现出可接受的保留效率。