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Active Metal Brazing Joint Strength Correlation

Publisher: Vacuum Process Engineering, Inc.
Overview:
Explaining about the different results conducted on active metal bronzing process, this paper states that brazing of stainless steel to zirconia with titanium-bearing active alloy results in a visible darkening, or tinting, of the zirconia member. It provides the difference between the active brazing process and standard vacuum or inert atmosphere brazing process. Also detailed are pictorial, graphical representation of results, and the results of variations caused by several process parameters appeared in the experiments conducted. Figures illustrating measurement key for zirconia substrates, three zirconia ceramics of different tints, and the graph of the Joint strength versus the zirconia brightness value, are included. The paper concludes that, based on the extracted data from the experiment results, optical measurement of the post-braze zirconia surface darkness has the potential to be used as a quality assurance tool for improving braze yield in large production batches.
TABLE OF CONTENTS
1.Abstract1
2.About the Process1
3.Introduction to the Case Study1
4.Description of the Experiments2
5.Results3
6.Discussion5
7.Conclusion6
8.Figures
8.1.Figure11
8.2.Measurement Key for Zirconia Substrates2
8.3.Three Zirconia Ceramics of Different Tints3
8.4.Graph of the Joint Strength Versus the Zirconia Brightness Value4
8.5.Figure54
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