Recycling of AlMgSi1 aluminium chips by cold compression

Current work elaborates possibilities for direct conversion of AlMgSi1 aluminium chips into solid billets by solid state recycling. Milling chips from an aluminium alloy were cold compressed in a closed cylindrical die by means of a 2,5 MN hydraulic press. Due to low initial relative density of the...

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Main Authors: T. Pepelnjak, K. Kuzman, I. Kačmarčik, M. Plančak
Format: Article
Language:English
Published: Croatian Metallurgical Society 2012-10-01
Series:Metalurgija
Subjects:
Online Access:http://hrcak.srce.hr/file/123393
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spelling doaj-304d2cd2d7f141fe85c4ad93c67dd6f32020-11-25T01:03:13ZengCroatian Metallurgical SocietyMetalurgija0543-58461334-25762012-10-01514509512Recycling of AlMgSi1 aluminium chips by cold compressionT. PepelnjakK. KuzmanI. KačmarčikM. PlančakCurrent work elaborates possibilities for direct conversion of AlMgSi1 aluminium chips into solid billets by solid state recycling. Milling chips from an aluminium alloy were cold compressed in a closed cylindrical die by means of a 2,5 MN hydraulic press. Due to low initial relative density of the chips, several pre-compressions were needed. In order to establish the infl uence of chip geometry on the final density of billets different types of chips were cut by using various milling regimes. The infl uence of a compression regime due to various chip types were followed by load–stroke diagrams. Up to 97 % of density measured at extruded aluminium was attained for one type of chips. Results show that the shapes of the chips and their size (especially thickness) have a considerable infl uence on the final integrity of billets.http://hrcak.srce.hr/file/123393aluminium chipschips consolidationcold compressionrecycling
collection DOAJ
language English
format Article
sources DOAJ
author T. Pepelnjak
K. Kuzman
I. Kačmarčik
M. Plančak
spellingShingle T. Pepelnjak
K. Kuzman
I. Kačmarčik
M. Plančak
Recycling of AlMgSi1 aluminium chips by cold compression
Metalurgija
aluminium chips
chips consolidation
cold compression
recycling
author_facet T. Pepelnjak
K. Kuzman
I. Kačmarčik
M. Plančak
author_sort T. Pepelnjak
title Recycling of AlMgSi1 aluminium chips by cold compression
title_short Recycling of AlMgSi1 aluminium chips by cold compression
title_full Recycling of AlMgSi1 aluminium chips by cold compression
title_fullStr Recycling of AlMgSi1 aluminium chips by cold compression
title_full_unstemmed Recycling of AlMgSi1 aluminium chips by cold compression
title_sort recycling of almgsi1 aluminium chips by cold compression
publisher Croatian Metallurgical Society
series Metalurgija
issn 0543-5846
1334-2576
publishDate 2012-10-01
description Current work elaborates possibilities for direct conversion of AlMgSi1 aluminium chips into solid billets by solid state recycling. Milling chips from an aluminium alloy were cold compressed in a closed cylindrical die by means of a 2,5 MN hydraulic press. Due to low initial relative density of the chips, several pre-compressions were needed. In order to establish the infl uence of chip geometry on the final density of billets different types of chips were cut by using various milling regimes. The infl uence of a compression regime due to various chip types were followed by load–stroke diagrams. Up to 97 % of density measured at extruded aluminium was attained for one type of chips. Results show that the shapes of the chips and their size (especially thickness) have a considerable infl uence on the final integrity of billets.
topic aluminium chips
chips consolidation
cold compression
recycling
url http://hrcak.srce.hr/file/123393
work_keys_str_mv AT tpepelnjak recyclingofalmgsi1aluminiumchipsbycoldcompression
AT kkuzman recyclingofalmgsi1aluminiumchipsbycoldcompression
AT ikacmarcik recyclingofalmgsi1aluminiumchipsbycoldcompression
AT mplancak recyclingofalmgsi1aluminiumchipsbycoldcompression
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