[热处理金合金以获得与树脂的附着力(作者简介)]。

T Tanaka, K Nagata, M Takeyama, N Nakabayashi, E Masuhara
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引用次数: 0

摘要

金合金与树脂的结合是牙科修复体和修复体的常用材料。然而,金合金与树脂之间的持久粘接尚未实现,机械固位是金合金与树脂之间不可缺少的固定方式,但机械固位具有许多缺点。在我们之前的报道中,我们制备了一种4-META胶粘剂不透明树脂,并确保其对牙科非贵重合金具有优异的粘附性。本研究开发了一种改变金合金表面粘合剂的新方法,并研究了4-META不透明树脂与改性金合金表面的粘附性。处理方法包括热处理和酸洗。4-META不透明树脂对处理过的金合金具有较强的粘接能力,粘接强度为250 Kg/cm2。此外,附着力耐久性优异,即使经过2000次热循环(4℃和60℃)或长时间浸泡在37℃的水中,附着力值也没有下降。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
[Heat treatment of gold alloy to get adhesion with resin (author's transl)].

Combination of gold alloy and resin is common to prepare prostheses and restorations in dentistry. However, durable adhesion between gold alloy and resin has not been achieved, and mechanical retention which possesses many disadvantages is indispensable to fix them with each other. In our previous report, we had prepared a 4-META adhesive opaque resin and made sure of its excellent adhesiveness to dental non-precious alloy. Here, we developed a new method to change gold alloy surface adhesive and studied the adhesion between 4-META opaque resin and the modified alloy surface. The treatment is consisted of heat treatment and acid pickling. 4-META opaque resin could adhere strongly to treated gold alloys and the adhesive bond strength was 250 Kg/cm2. Moreover, durability of the adhesion is excellent and the value did not decreased even after subjected to 2000 cycle of thermal cycling (4 degrees C and 60 degrees C) or long immersion in water at 37 degrees C.

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