feedback
receive newsletter
login




STEEL GRIPS online
ISSN 1866-8453


Last updated:
________________
Feb 22, 2012
 
Homepage Steel-Grips 
Search STEEL GRIPS

         from R&D > Prod. & Quality  
Mamdouh Eissa, Hoda El-Faramawy and Mohamed Kamal:
Influence of calcium treatment on non-metallic inclusion morphology and mechanical properties of Pb-free resulphurized machinable steel
Free machining steel, lead-free machinable steel, calcium treatment, non-metallic inclusions, sulphide inclusions, machinablity, mechanical properties
Resulphurized machinable steel is widely used as material for industrial machinery parts due to its better machinability compared to other categories of steels. The conventional resulphurized machinable steel contains lead to improve its machinability. However, with the growing consciousness of environmental issues in the recent years, there is a tendency towards eliminating lead because it seems to be one of the pollutants of our environment.
Read how this dilemma can be overcome in developing resulphurized machinable steel free of lead without deterioration of machinability.
Which results are obtained from experiments as far as the mechanical properties and machinability of Al-contained Ca-treated resulphurized machinable steels are concerned, in comparison to lead-free machining steel?

STEEL GRIPS 10 (2012), p. 274/79 login needed read full article (pdf) read article




In addition, make sure to read these articles:
read also Influence of calcium treatment on non-metallic inclusion morphology and mechanical properties of Pb-free resulphurized machinable steel

toptop of page   back back   send this news to a friend Tell a friend    printerfriendly page print   read read times  

© 2012 GRIPS Intermedia GmbH All rights reserved. Reproduction in whole or in part without permission is prohibited.
 
- advert -
subscribe to Steel-Grips
LINKING STEEL SELLERS AND BUYERS IN THE MIDDLE EAST
steelgroup
custeel

no external All external sites will open in a new browser.
GRIPS media does not endorse external sites.