Vacuum brazing of tools with a thin foil

The paper deals with a study of vacuum brazing of two or more workpieces made of tool steel using a thin foil. In the first part the problem is described and some fundamentals of vacuum brazing are given. In the second part the experimental procedure used in this paper is described. In the present s...

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Main Authors: J. Tušek, A. Skumavc, D. Klobčar
Format: Article
Language:English
Published: Croatian Metallurgical Society 2015-01-01
Series:Metalurgija
Subjects:
Online Access:http://hrcak.srce.hr/file/187172
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author J. Tušek
A. Skumavc
D. Klobčar
author_facet J. Tušek
A. Skumavc
D. Klobčar
author_sort J. Tušek
collection DOAJ
description The paper deals with a study of vacuum brazing of two or more workpieces made of tool steel using a thin foil. In the first part the problem is described and some fundamentals of vacuum brazing are given. In the second part the experimental procedure used in this paper is described. In the present study, specimens of tool steel were used. The specimens, between which a thin nickel-base foil of 0,05 mm in thickness was inserted, were pressed together in different ways while they were being brazed in a vacuum furnace. The pressing force varied during the experimental work. At the end findings, conclusions, and guidelines for future work are given. It was found that the pressing force between two workpieces has a major influence on the vacuum brazing process and properties of a brazed joint.
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spelling doaj.art-f3408cd23ca441489fbb668c422178092022-12-22T00:25:13ZengCroatian Metallurgical SocietyMetalurgija0543-58461334-25762015-01-015416770Vacuum brazing of tools with a thin foilJ. TušekA. SkumavcD. KlobčarThe paper deals with a study of vacuum brazing of two or more workpieces made of tool steel using a thin foil. In the first part the problem is described and some fundamentals of vacuum brazing are given. In the second part the experimental procedure used in this paper is described. In the present study, specimens of tool steel were used. The specimens, between which a thin nickel-base foil of 0,05 mm in thickness was inserted, were pressed together in different ways while they were being brazed in a vacuum furnace. The pressing force varied during the experimental work. At the end findings, conclusions, and guidelines for future work are given. It was found that the pressing force between two workpieces has a major influence on the vacuum brazing process and properties of a brazed joint.http://hrcak.srce.hr/file/187172tool steelvacuum brazingnickel-base foilvacuum furnaceheat treatment
spellingShingle J. Tušek
A. Skumavc
D. Klobčar
Vacuum brazing of tools with a thin foil
Metalurgija
tool steel
vacuum brazing
nickel-base foil
vacuum furnace
heat treatment
title Vacuum brazing of tools with a thin foil
title_full Vacuum brazing of tools with a thin foil
title_fullStr Vacuum brazing of tools with a thin foil
title_full_unstemmed Vacuum brazing of tools with a thin foil
title_short Vacuum brazing of tools with a thin foil
title_sort vacuum brazing of tools with a thin foil
topic tool steel
vacuum brazing
nickel-base foil
vacuum furnace
heat treatment
url http://hrcak.srce.hr/file/187172
work_keys_str_mv AT jtusek vacuumbrazingoftoolswithathinfoil
AT askumavc vacuumbrazingoftoolswithathinfoil
AT dklobcar vacuumbrazingoftoolswithathinfoil