Factory directly provided AISI 1053 Carbon Steel (UNS G10530) Supply to Melbourne

Factory directly provided
 AISI 1053 Carbon Steel (UNS G10530) Supply to Melbourne

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Chemical Composition The chemical composition of AISI 1053 carbon steel is outlined in the following table. Element Content (%) Iron, Fe 98.36-98.82 Manganese, Mn 0.7-1.0 Carbon, C 0.48-0.55 Sulfur, S 0.05 Phosphorous, P 0.04 Physical Properties The physical properties of AISI 1053 carbon steel are tabulated below. Properties Metric Imperial Density 7.7-8.03 g/cm3 0.278-0.290 l...


  • Length: 3-5.8mm or Customization
  • Surface: black, peeled, or rough turned
  • Heat treatment: air-cooling, normalized, annealed, Q&T
  • Smelting process: EAF+LF+VD
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    The company upholds the philosophy of "Be No.1 in quality, be rooted on credit and trustworthiness for growth", will continue to serve old and new customers from home and overseas whole-heatedly for Factory directly provided AISI 1053 Carbon Steel (UNS G10530) Supply to Melbourne, We sincerely welcome both foreign and domestic business partners, and hope to work with you in the near future!


    Chemical Composition

    The chemical composition of AISI 1053 carbon steel is outlined in the following table.

    Element Content (%)
    Iron, Fe 98.36-98.82
    Manganese, Mn 0.7-1.0
    Carbon, C 0.48-0.55
    Sulfur, S 0.05
    Phosphorous, P 0.04

    Physical Properties

    The physical properties of AISI 1053 carbon steel are tabulated below.

    Properties Metric Imperial
    Density 7.7-8.03 g/cm3 0.278-0.290 lb/in3

    Mechanical Properties

    The following table shows mechanical properties of AISI 1053 carbon steel.

    Properties Metric Imperial
    Elastic modulus 190-210 GPa 29700-30458 ksi
    Poisson’s ratio 0.27-0.30 0.27-0.30

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  • Researchers at NC State have developed a new method to control the interfacial energy of a liquid metal via electrochemical deposition (or removal) of an oxide layer on its surface using ~1 volt.

    Liquid metals have very large surface tension and therefore typically adopt a spherical shape. Surfactants, like soap, can lower the interfacial tension between two dissimilar liquids (for example, water and oil), but have negligible impact on the large interfacial tensions of liquid metal. Unlike conventional surfactants, the approach here can tune the interfacial tension of a metal significantly (from ~7x that of water to near zero), rapidly, and reversibly using only modest voltages. These properties can be harnessed to induce new electrohydrodynamic phenomena for manipulating liquid metal alloys based on gallium, which may enable shape-reconfigurable metallic components in electronic, electromagnetic, and microfluidic devices without the use of toxic mercury. The results also suggest that oxides—which are ubiquitous on most metals and semiconductors—may be harnessed to lower interfacial energy between dissimilar materials.

    The paper, “Giant and Switchable Surface Activity of Liquid Metal via Surface Oxidation,” is published online in Proceedings of the National Academy. For more information, visit the website of PNAS.

    http://www.pnas.org/content/early/2014/09/15/1412227111.full.pdf+html

    The work was supported by the National Science Foundation.

    Dickey Research Group: http://www.che.ncsu.edu/dickeygroup/



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