[4-META在胶粘剂不透明树脂上的应用](第二部分)粘合剂稳定性的提高(作者简介)。

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

摘要

我们已经报道了4-META粘接不透明树脂用于HC1蚀刻的金属铸件。在4℃~ 60℃之间进行300次热循环后,粘结强度达到260 kg/cm2,但在37℃的水中浸泡30周后,粘结强度下降到70 kg/cm2。在临床应用之前,需要提高粘接的稳定性,防止水渗透到粘接交界处。本文研究了该被动状态下制备的金属铸造膜与不透明树脂之间的粘接稳定性。当金属铸件浸在conc中。HNO3浸泡15分钟,即使在37℃的水中浸泡30周或在80℃的水中浸泡10周,粘接强度仍为260 kg/cm2。可见,粘胶不透明树脂具有足够的粘接强度和口服应用的稳定性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
[Application of 4-META on adhesive opaque resin. (Part 2) Improvement of adhesive stability (author's transl)].

We had reported 4-META adhesive opaque resin for a metal casting etched with HC1. The bonding strength was as excellent as 260 kg/cm2 after 300 times thermal cycles between 4 degrees C and 60 degrees C but it decreased to 70 kg/cm2 when immersed in water at 37 degrees C for 30 weeks. It was required to improve the stability of bonding against water penetration into the adhesive junction before the clinical application. Preparation of the passive state on the metal casting adhesive stability between this film and the opaque resin were studied in this paper. When the metal casting was dipped in conc. HNO3 for fifteen minutes, adhesive strength was 260 kg/cm2 even after a 30 weeks immersion in water at 37 degrees C or the 10 weeks at 80 degrees C. It could be concluded that the adhesive opaque resin possesses enough adhesive strength and the stability for oral application.

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