Research and Markets, the largest resource for market research information in world providing essential market research reports, industry research, industry analysis, forecasts, market studies, company profiles and country reports.
Welcome - Register - Login - Help/FAQ - 0 items View Basket
Worlds Largest Market Research Resource - 1516374 Live Reports
Search Research and Markets
  Search
Enter keywords, a title or
a report id number below.





Advanced   
Company search
Register for free email updates of market research
Currency
  Select a currency for use throughout the site



Viewing report

Order by Fax
Ask a Question
Printer Friendly
PDF Brochure
Hard CopyAdd to Basket
Live Chat Live Help Software for Website

Effects of Extrusion Process Conditions on "Die Pick-Up". Edition No. 1

VDM Publishing House, Aug 2008, Pages: 108


  Description  
   Authors   
    
    
    
     
  Enquire before Buying   
  Send to a Friend   

In this research AA6060 alloy was used and was
extruded at 25m/min, 30m/min, 35m/min, 40m/min and
45m/min for a particular profile. The highest exit
temperature increased from 542°C to 567°C when the
extrusion speed was increased from 25m/min to 45m/min.
Three types of die pick-up were identified. They were
named as normal pick-up, die line pick-up and lump
pick-up. Normal pick-up occurred regardless of the
extrusion speed and exit temperature; however the
amount of normal pick-up did not increase when the
extrusion speed was increased. Die line pick-up
occurred when the extrusion speed was 45m/min and
appeared only on the die lines. Lump pick-up is not
significant since it was very rare.
AA6060 (0.4%Mg and 0.5%Si) alloy has about 0.27%
excess silicon and therefore at 555°C, Mg2Si
particles react with aluminium and excess silicon to
form liquid. However normal pick-up and die line
pick-up still occurred at temperatures lower and
higher than 555°C and therefore it confirms that
eutectic reactions do not influence formation of pickup.
Therefore die pick-up is most likely to be caused
due to a mechanical process rather
than a metallurgical process.



For enquiries please call us on:
  +353-1-415-1241 (GMT Office Hours)
  1-917-300-0470 (EST Office Hours)

   All rights reserved. © Copyright 2012 Research and Markets
   Terms and conditions Privacy Policy Publishers Employment Opportunities Site Map Link to us Webmaster Affiliate Network


Research and Markets RSS Feeds