Novel glass welding technique for hermetic encapsulation

H. Lundén, T. Kumpulainen, Antti Matanen, J. Vihinen
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引用次数: 7

Abstract

Conventional glass bonding methods do not fill all the requirements set by the industry. A novel hermetic room temperature glass welding technology was investigated. The aim was to avoid additive materials and multistep manufacturing process as well as minimize the heat affect. However, a good quality hermetic, mechanically sound bond was desired. In this study, a temperature cycling test was performed to glass samples welded with this novel technology. Notable advantages of using the novel welding technology were discovered: resistance of rapid temperature changes, excellent mechanical properties, room temperature welding, and hermetic encapsulation can be achieved. Use of only one material ensures that no problems with different temperature coefficients will be appeared. As a result, a newly develop glass welding technology can offer solution for the novel challenges set by the industry.
新型玻璃焊接密封封装技术
传统的玻璃粘接方法不能满足行业设定的所有要求。研究了一种新型的室温密封玻璃焊接工艺。其目的是避免添加材料和多步骤的制造过程,并尽量减少热影响。然而,一个良好的密封,机械健全的键是需要的。在这项研究中,对采用这种新技术焊接的玻璃样品进行了温度循环测试。采用这种新型焊接技术的显著优点是:耐快速温度变化、力学性能优异、可实现室温焊接和密封封装。只使用一种材料,确保不会出现不同温度系数的问题。因此,一项新开发的玻璃焊接技术可以为行业提出的新挑战提供解决方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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