User Tools

Site Tools


equivalent_steels

Differences

This shows you the differences between two versions of the page.

Link to this comparison view

equivalent_steels [2010/11/05 14:42] (current)
127.0.0.1 created
Line 1: Line 1:
 +<​html>​
 +
 +<​head>​
 +<meta name="​GENERATOR"​ content="​kate">​
 +<​title>​steel equiv</​title>​
 +</​head>​
 +
 +<​body>​
 +
 +<p align="​center"><​strong><​font face="​Arial"><​font size="​3">​STEEL EQUIVALENTS</​font><​font
 +size="​4">​- </​font><​a name="​PLAIN CARBON STEELS">​PLAIN CARBON STEELS</​a></​font></​strong></​p>​
 +
 +<table BORDER="​1"​ CELLSPACING="​1"​ WIDTH="​100%"​
 +style="​text-align:​ center; vertical-align:​ top" height="​340">​
 +  <tr>
 +
 +    <td WIDTH="​1%"​ height="​44"><​font SIZE="​2"><​p ALIGN="​CENTER"></​font><​font
 +    FACE="​Times New Roman" SIZE="​2"><​b>​AS1442 AS1448<​br>​
 +    A.I.S.I. SAE</​b></​font></​td>​
 +    <td WIDTH="​12%"​ height="​44"><​font FACE="​Times New Roman" SIZE="​2"><​b><​p ALIGN="​CENTER">​BS
 +    970 1955</​b></​font></​td>​
 +    <td WIDTH="​13%"​ height="​44"><​font FACE="​Times New Roman" SIZE="​2"><​b><​p ALIGN="​CENTER">​Typical
 +    analysis</​b></​font></​td>​
 +    <td WIDTH="​21%"​ height="​44"><​font FACE="​Times New Roman" SIZE="​2"><​b><​p ALIGN="​RIGHT">​Similar
 +    Specifications,​ Other Equivalents Or Names</​b></​font></​td>​
 +    <td WIDTH="​26%"​ height="​44"><​font FACE="​Times New Roman" SIZE="​2"><​b><​p ALIGN="​CENTER">​Typical
 +    Uses</​b></​font></​td>​
 +
 +  </tr>
 +  <tr>
 +    <td WIDTH="​1%"​ height="​96"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​CENTER">​K1022</​font></​td>​
 +    <td WIDTH="​12%"​ height="​96"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​CENTER">​EN3A</​font></​td>​
 +    <td WIDTH="​13%"​ height="​96"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​CENTER">​.22%C
 +    .8%Mn</​font></​td>​
 +    <td WIDTH="​21%"​ height="​96"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​RIGHT">​Bohler
 +    WH;Mild Steel; AS1204-350; ASTM A350 LF1 Lloyds 28-32, J9, K class; ASTM A 181; ASTM A350
 +    LF2; ABS Gr 11 AS1448-K1; ASTM A105;&​nbsp;&​nbsp;&​nbsp;​ <br>
 +
 +    BS 1503 161-28 - Pneuloca</​font></​td>​
 +    <td WIDTH="​26%"​ height="​96"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​LEFT">​Constructional
 +    grade, used in pipe and pressure vessel fittings, ship shafting and couplings and general
 +    engineering applications with low stresses. Weldable</​font></​td>​
 +  </tr>
 +  <tr>
 +    <td WIDTH="​1%"​ height="​56"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​CENTER">​K1040</​font></​td>​
 +    <td WIDTH="​12%"​ height="​56"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​CENTER">​EN8</​font></​td>​
 +    <td WIDTH="​13%"​ height="​56"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​CENTER">​.4%C
 +    .8%Mn</​font></​td>​
 +
 +    <td WIDTH="​21%"​ height="​56"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​RIGHT">​T
 +    Class; AS1448-K5 <br>
 +    J3 - Durax</​font></​td>​
 +    <td WIDTH="​26%"​ height="​56"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​RIGHT">​Machinery
 +    steel with 35-45 TSI. UTS. Suitable for shafts, crankshafts,​ gears requiring heat
 +    treatment and/or flame or induction hardening</​font></​td>​
 +  </tr>
 +  <tr>
 +    <td WIDTH="​1%"​ height="​48"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​CENTER">​K1045</​font></​td>​
 +    <td WIDTH="​12%"​ height="​48"></​td>​
 +
 +    <td WIDTH="​13%"​ height="​48"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​CENTER">​.45%C
 +    .8%Mn</​font></​td>​
 +    <td WIDTH="​21%"​ height="​48"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​RIGHT">​Bohler
 +    H; J12 <br>
 +    M Class: AS1488-K6 -Duraflex</​font></​td>​
 +    <td WIDTH="​26%"​ height="​48"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​RIGHT">​Similar
 +    applications to K1040, Shallow hardening steel. Can be welded if correct procedures are
 +    used</​font></​td>​
 +  </tr>
 +  <tr>
 +    <td WIDTH="​1%"​ height="​66"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​CENTER">​K1055</​font></​td>​
 +
 +    <td WIDTH="​12%"​ height="​66"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​CENTER">​EN9</​font></​td>​
 +    <td WIDTH="​13%"​ height="​66"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​CENTER">​.55%C
 +    .8%Mn</​font></​td>​
 +    <td WIDTH="​21%"​ height="​66"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​RIGHT">​C Class
 +    Tyre;<​br>​
 +    J2 - Superflex</​font></​td>​
 +    <td WIDTH="​26%"​ height="​66"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​RIGHT">​Used
 +    for shafts and gears where moderate wear resistance is required and where toughness is not
 +    essential. Suitable for track tyres when heat treated.</​font></​td>​
 +  </tr>
 +
 +</​table>​
 +
 +<p align="​center"><​font face="​Arial"><​strong><​font size="​3">​STEEL EQUIVALENTS</​font><​font
 +size="​4">​-</​font></​strong><​a name="​GENERAL ENGINEERING ALLOY STEELS"><​b>​GENERAL
 +ENGINEERING ALLOY STEELS</​b></​a></​font></​p>​
 +
 +<table BORDER="​1"​ CELLSPACING="​1"​ WIDTH="​100%"​
 +style="​text-align:​ center; vertical-align:​ top" height="​467">​
 +  <tr>
 +    <td WIDTH="​1%"​ height="​56"><​b><​font SIZE="​2"><​p ALIGN="​CENTER"></​font><​font
 +    FACE="​Times New Roman" SIZE="​2">​AS1442<​br>​
 +    AS1448<​br>​
 +    A.I.S.I.<​br>​
 +
 +    SAE</​font></​b></​td>​
 +    <td WIDTH="​12%"​ height="​56"><​font FACE="​Times New Roman" SIZE="​2"><​b><​p ALIGN="​CENTER">​BS
 +    970<​br>​
 +    1955</​b></​font></​td>​
 +    <td WIDTH="​13%"​ height="​56"><​font FACE="​Times New Roman" SIZE="​2"><​b><​p ALIGN="​CENTER">​Typical
 +    Analysis</​b></​font></​td>​
 +    <td WIDTH="​21%"​ height="​56"><​font FACE="​Times New Roman" SIZE="​2"><​b><​p ALIGN="​RIGHT">​Similar
 +    Specifications,​ Other Equilvalents Or Names</​b></​font></​td>​
 +    <td WIDTH="​26%"​ height="​56"><​font FACE="​Times New Roman" SIZE="​2"><​b><​p ALIGN="​CENTER">​Typical
 +    Uses</​b></​font></​td>​
 +
 +  </tr>
 +  <tr>
 +    <td WIDTH="​1%"​ height="​53"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​CENTER">​4140</​font></​td>​
 +    <td WIDTH="​12%"​ height="​53"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​CENTER">​EN19</​font></​td>​
 +    <td WIDTH="​13%"​ height="​53"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​CENTER">​.4%C
 +    1%Cr<​br>​
 +    .2%Mo</​font></​td>​
 +    <td WIDTH="​21%"​ height="​53"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​RIGHT">​Assab
 +    709; DIN 42Cr Mo4;<​br>​
 +
 +    Chromol Bohler VCL 140; <br>
 +    E &amp; G SD19; O5 </​font></​td>​
 +    <td WIDTH="​26%"​ height="​53"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​RIGHT">​Very
 +    suitable for highly stressed gears, shafts, requiring a combination of hardness and
 +    toughness, suitable for surface flame or induction hardening.</​font></​td>​
 +  </tr>
 +  <tr>
 +    <td WIDTH="​1%"​ height="​26"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​CENTER">​4340</​font></​td>​
 +
 +    <td WIDTH="​12%"​ height="​26"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​CENTER">​EN24</​font></​td>​
 +    <td WIDTH="​13%"​ height="​26"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​CENTER">​.4%C
 +    .8%Cr<​br>​
 +    1.7%Ni .2%Mo</​font></​td>​
 +    <td WIDTH="​21%"​ height="​26"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​RIGHT">​Bohler
 +    NMH; R16;<​br>​
 +    VAGS<​br>​
 +    Assab 705</​font></​td>​
 +
 +    <td WIDTH="​26%"​ height="​26"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​RIGHT">​A steel
 +    with a good hardenability which can be heat treated to a wide range of tensile strengths
 +    combined with toughness. Suitable for highly stressed gears, shafts, bolts and machine
 +    parts.</​font></​td>​
 +  </tr>
 +  <tr>
 +    <td WIDTH="​1%"​ height="​74"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​CENTER">​8620</​font></​td>​
 +    <td WIDTH="​12%"​ height="​74"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​CENTER">​EN362</​font></​td>​
 +    <td WIDTH="​13%"​ height="​74"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​CENTER">​.2%C
 +    .5%Cr<​br>​
 +    .6%Ni .2%Mo</​font></​td>​
 +
 +    <td WIDTH="​21%"​ height="​74"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​RIGHT">​CH362<​br>​
 +    R23</​font></​td>​
 +    <td WIDTH="​26%"​ height="​74"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​RIGHT">​Low
 +    alloy, low hardenability case hardening steel for lightly stressed components. Offers a
 +    tougher core than a plain carbon steel. Can be used as a heat treatable steel and offers
 +    reasonable weldability.</​font></​td>​
 +  </tr>
 +  <tr>
 +    <td WIDTH="​1%"​ height="​66"></​td>​
 +    <td WIDTH="​12%"​ height="​66"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​CENTER">​EN25</​font></​td>​
 +
 +    <td WIDTH="​13%"​ height="​66"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​CENTER">​.3%C
 +    .6%Cr<​br>​
 +    2.6%Ni .6%Mo</​font></​td>​
 +    <td WIDTH="​21%"​ height="​66"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​RIGHT">​E &amp;
 +    G SD50; DIN 34Cr<​br>​
 +    NiMo6; Vibrac 30; Bohler <br>
 +    VCN 150; R4</​font></​td>​
 +
 +    <td WIDTH="​26%"​ height="​66"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​RIGHT">​A high
 +    strength alloy steel with high hardenability,​ toughness and fatigue resistance. Can be
 +    surface hardened and has good machinability in the annealed condition. Used for gears,
 +    shafts, axles of large section.</​font></​td>​
 +  </tr>
 +  <tr>
 +    <td WIDTH="​1%"​ height="​42"></​td>​
 +    <td WIDTH="​12%"​ height="​42"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​CENTER">​EN 26</​font></​td>​
 +    <td WIDTH="​13%"​ height="​42"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​CENTER">​.4%C
 +    .6%Cr<​br>​
 +    2.6%Ni .6%Mo</​font></​td>​
 +
 +    <td WIDTH="​21%"​ height="​42"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​RIGHT">​Vibrac
 +    45<​br>​
 +    R5</​font></​td>​
 +    <td WIDTH="​26%"​ height="​42"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​RIGHT">​Similar
 +    to EN25 but offers higher hardness, and wear resistance in severely loaded applications.</​font></​td>​
 +  </tr>
 +</​table>​
 +
 +<p align="​center"><​font face="​Arial"><​strong><​font size="​3">​STEEL EQUIVALENTS</​font><​font
 +size="​4">​-</​font></​strong><​a name="​CASE HARDENING STEELS"><​b>​CASE HARDENING STEELS</​b></​a></​font></​p>​
 +
 +<table BORDER="​1"​ CELLSPACING="​1"​ WIDTH="​100%"​
 +style="​text-align:​ center; vertical-align:​ top" height="​251">​
 +  <tr>
 +    <td WIDTH="​1%"​ height="​45"><​b><​font SIZE="​2"><​p ALIGN="​CENTER"></​font><​font
 +    FACE="​Times New Roman" SIZE="​2">​SAE or<​br>​
 +    A.I.S.I.,<​br>​
 +    DIN</​font></​b></​td>​
 +    <td WIDTH="​12%"​ height="​45"><​font FACE="​Times New Roman" SIZE="​2"><​b><​p ALIGN="​CENTER">​BS
 +    970<​br>​
 +    1955</​b></​font></​td>​
 +
 +    <td WIDTH="​13%"​ height="​45"><​font FACE="​Times New Roman" SIZE="​2"><​b><​p ALIGN="​CENTER">​Typical
 +    Analysis</​b></​font></​td>​
 +    <td WIDTH="​21%"​ height="​45"><​font FACE="​Times New Roman" SIZE="​2"><​b><​p ALIGN="​RIGHT">​Similar
 +    Specifications,​ Other Equivalents Or Names</​b></​font></​td>​
 +    <td WIDTH="​26%"​ height="​45"><​font FACE="​Times New Roman" SIZE="​2"><​b><​p ALIGN="​CENTER">​Typical
 +    Uses</​b></​font></​td>​
 +  </tr>
 +  <tr>
 +    <td WIDTH="​1%"​ height="​46"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​CENTER">​X3312H</​font></​td>​
 +    <td WIDTH="​12%"​ height="​46"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​CENTER">​EN36A</​font></​td>​
 +
 +    <td WIDTH="​13%"​ height="​46"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​CENTER">​.1%C
 +    3.5%Ni<​br>​
 +    .8%Cr</​font></​td>​
 +    <td WIDTH="​21%"​ height="​46"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​RIGHT">​E &amp;
 +    G SD51; DIN 14Ni Cr14<​br>​
 +    Bohler ES Special; Q5; <br>
 +    CHCN55</​font></​td>​
 +
 +    <td WIDTH="​26%"​ height="​46"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​RIGHT">​Suitable
 +    for highly stressed gears and shafts. Also used for die rings and moulding rings.</​font></​td>​
 +  </tr>
 +  <tr>
 +    <td WIDTH="​1%"​ height="​53"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​CENTER">​X9315H</​font></​td>​
 +    <td WIDTH="​12%"​ height="​53"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​CENTER">​EN39B</​font></​td>​
 +    <td WIDTH="​13%"​ height="​53"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​CENTER">​.15%C
 +    4%Ni<​br>​
 +    1.2%Cr <br>
 +
 +    .25%Mo</​font></​td>​
 +    <td WIDTH="​21%"​ height="​53"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​RIGHT">​DIN
 +    14Ni Cr18; Super CHCN<​br>​
 +    Bohler PPA; R10</​font></​td>​
 +    <td WIDTH="​26%"​ height="​53"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​RIGHT">​Used in
 +    components where a very high core strength and shock resistance is essential in large
 +    sections. Applications include heavy duty gears, worm gears and plastic moulds.</​font></​td>​
 +  </tr>
 +  <tr>
 +    <td WIDTH="​1%"​ height="​35"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​CENTER">​17CrNi<​br>​
 +
 +    Mo6</​font></​td>​
 +    <td WIDTH="​12%"​ height="​35"></​td>​
 +    <td WIDTH="​13%"​ height="​35"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​CENTER">​.15%C
 +    1.6%Cr<​br>​
 +    1.5%Ni .3%Mo</​font></​td>​
 +    <td WIDTH="​21%"​ height="​35"></​td>​
 +    <td WIDTH="​26%"​ height="​35"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​RIGHT">​Heavy
 +    duty gears, bearings, sleeves, Kingpins, bushes, arbors, pinions, piston pins, ratchets,
 +    splined shafts, transmission shafts, plastic moulds, etc..</​font></​td>​
 +  </tr>
 +
 +</​table>​
 +
 +<p align="​center"><​font face="​Arial"><​strong><​font size="​3">​STEEL EQUIVALENTS</​font><​font
 +size="​4">​-</​font></​strong><​a name="​NITRIDING STEELS"><​b>​NITRIDING STEELS</​b></​a></​font></​p>​
 +
 +<table BORDER="​1"​ CELLSPACING="​1"​ WIDTH="​100%"​
 +style="​text-align:​ center; vertical-align:​ top" height="​190">​
 +  <tr>
 +    <td WIDTH="​1%"​ height="​41"><​b><​font SIZE="​2"><​p ALIGN="​CENTER"></​font><​font
 +    FACE="​Times New Roman" SIZE="​2">​SAE or<​br>​
 +    A.I.S.I.,<​br>​
 +    DIN</​font></​b></​td>​
 +
 +    <td WIDTH="​12%"​ height="​41"><​font FACE="​Times New Roman" SIZE="​2"><​b><​p ALIGN="​CENTER">​BS
 +    970 <br>
 +    1955</​b></​font></​td>​
 +    <td WIDTH="​13%"​ height="​41"><​font FACE="​Times New Roman" SIZE="​2"><​b><​p ALIGN="​CENTER">​Typical
 +    Analysis</​b></​font></​td>​
 +    <td WIDTH="​21%"​ height="​41"><​font FACE="​Times New Roman" SIZE="​2"><​b><​p ALIGN="​RIGHT">​Similar
 +    Specifications,​ Other Equivalents Or Names</​b></​font></​td>​
 +    <td WIDTH="​26%"​ height="​41"><​font FACE="​Times New Roman" SIZE="​2"><​b><​p ALIGN="​CENTER">​Typical
 +    Uses</​b></​font></​td>​
 +  </tr>
 +
 +  <tr>
 +    <td WIDTH="​1%"​ height="​37"></​td>​
 +    <td WIDTH="​12%"​ height="​37"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​CENTER">​EN40B</​font></​td>​
 +    <td WIDTH="​13%"​ height="​37"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​CENTER">​.25%C
 +    3%Cr<​br>​
 +    .6%Mo</​font></​td>​
 +    <td WIDTH="​21%"​ height="​37"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​RIGHT">​Hykro</​font></​td>​
 +    <td WIDTH="​26%"​ height="​37"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​LEFT">​Offers a
 +    medium strength core combined with good ductility and shock resistance. Nitriding produces
 +    a very hard wear resistant surface</​font></​td>​
 +
 +  </tr>
 +  <tr>
 +    <td WIDTH="​1%"​ height="​52"></​td>​
 +    <td WIDTH="​12%"​ height="​52"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​CENTER">​EN41A</​font></​td>​
 +    <td WIDTH="​13%"​ height="​52"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​CENTER">​.3%C
 +    1.5%Cr<​br>​
 +    .2%Mo 1%Al</​font></​td>​
 +    <td WIDTH="​21%"​ height="​52"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​RIGHT">​DIN
 +    27Cr Al 16; Nitralloy; Gr5<​br>​
 +
 +    bohler ACE; S3</​font></​td>​
 +    <td WIDTH="​26%"​ height="​52"><​font FACE="​Times New Roman" SIZE="​2"><​p ALIGN="​RIGHT">​This
 +    steel has a lower hardenability and ductility than EN40B but offers an extremely hard wear
 +    resistant surface. Can be used for gears, crankshafts,​ cylinder liners and moulds</​font></​td>​
 +  </tr>
 +</​table>​
 +</​body>​
 +</​html>​
  
equivalent_steels.txt ยท Last modified: 2010/11/05 14:42 by 127.0.0.1