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Brass Alloys Metalurgija Alloys En

Jun 02, 2018

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  • 8/11/2019 Brass Alloys Metalurgija Alloys En

    1/19

    Tin Bronze

    Main Characteristics

    Relatively good mechanical properties; Very good antifriction properties; High resistance to wear and tear; Resistance to corrosion and aggressiveness of sea water;

    Good sustainability on impact; Weldability depends on the type; Good soldering properties; Recommended for high-load antifriction bearings with medium and high surface speeds; Recommended for loaded helical gears with high antifriction velocities as well as for all other parts; Required good lubrication

    Casting process:! G/"P - in the sand; !GK/"K gravity die casting; !GZ/"C-centrifuga

    !ateria designation !echanica properties* According to

    DIN 1705

    According to

    JUS C.D2.300

    EN 1982 According toproductiondesignation

    Castingprocess

    TensilestrengthRm(MPa)

    imit!"2#Rp !$2(MPa))

    ElongationA %#

    &ardness&' 1!

    Chemicalelement(mass share)

    mpuritiesmaimum

    * G-#u$n%&

    ##'(&)

    *#u$n%&

    )#u$n%&

    ##u$n%&

    *

    )

    #

    2*! 1+! 18 *! Cu 88$!,9!$! -n 9$!,11$!

    Ni 2$!P. 1$!P !$2

    -. !$2/ther 0!$*o hich03e !$2 - !$!% 4n !$%

    * G-#u$n%+

    * G,-#u$n%+

    ##'()

    *#u$n%+

    )#u$n%+

    ##u$n%+

    *

    )

    #

    25!

    28!

    16!

    1%!

    12

    %

    8!

    9%

    Cu 86$!,88$%-n 11$!,1+$!

    Ni 2$!P. 1$!P !$6

    -. !$2/ther 01$2o hich03e !$2 - !$!% 4n 1$!

    * G-#u$n%+.i

    * G,-#u$n%+.i

    ##'(')

    *#u$n%+.i

    )#u$n%+.i

    ##u$n%+.i

    *

    )

    #

    28!

    +!!

    15!

    18!

    16

    8

    9!

    1!!

    Cu 86$!,8*$!-n 11$!,1+$!Ni 1$%,2$%

    P. !$+P !$2

    -. !$1/ther 0!$%o hich03e !$2 - !$!% 4n !$6

    * G-#u$n%+*b

    * G,-#u$n%+*b

    ##'(+)

    *#u$n%+*b

    )#u$n%+*b

    ##u$n%+*b

    *

    )

    #

    25!

    28!

    16!

    1%!

    1!

    %

    8!

    9!

    Cu 86$!,8*$!-n 11$!,1+$!P. 1$!,2$!

    Ni 2$!P !$2

    -. !$2/ther 01$2o hich03e !$2

    - !$!% 4n 1$!

    7 *#u$n%'&% *#u$n%'

    )#u$n%'

    *

    )

    2!! 16! + 8% Cu 8%$!,8*$! -n 12$9,1%$!

    P do !$2

    Ni 1$! -i !$!1P.1$! -. !$!%

    As !$1% 3e !$24n !$% Mn !$2

  • 8/11/2019 Brass Alloys Metalurgija Alloys En

    2/19

    7 ##u$n%'& ##u$n%' # 22! 1%! 1$% 9% 'alance0 Al !$!1$total 1$%ecept Ni

    7 *#u$n%+&%

    7 )#u$n%+&+

    *#u$n%+

    )#u$n%+

    ##u$n%+

    *

    )

    #

    26!

    2*!

    1+!

    1%!

    *

    %

    8!

    ,

    Cu 8%$!,88$%-n 1!$8,12$8

    P !$!%,!$6

    P. 1$! Mn !$24n !$% -i !$!13e !$2% - !$!%Ni 2$! -. !$2

    Al !$!1

    7 *#u$n%+.i+&%

    7 ##u$n%+.i+&

    *#u$n%+.i+

    )#u$n%+.i+

    ##u$n%+.i+

    *

    )

    #

    28!

    +!!

    15!

    18!

    12

    8

    9!

    1!!

    Cu 86$!,8*$%-n 11$!,1+$!

    Ni 1$%,2$%P !$!%,!$6

    Mn !$2 Al !$!1P. !$+ -i !$!14n !$6 - !$!%3e !$2 -. !$1

    7 *#u$n%+*b+&%

    7##u$n%+*b+&

    *#u$n%+*b+

    )#u$n%+*b+

    ##u$n%+*b+

    *

    )

    #

    26!

    28!

    1+!

    1%!

    %

    %

    8!

    9!

    Cu 86$!,8*$%-n 11$!,1+$!P. 1$%,2$%P !$!%,!$6

    4n !$% Mn !$23e !$8 -i !$!%Ni 2$! -. !$2

    Al !$!1

    7 *#u$n%%*&%

    7)#u$n%%*&+

    7 ##u$n%%*&

    *#u$n%%*

    )#u$n%%*

    ##u$n%%*

    *

    )

    #

    22!

    2*!

    +!!

    ,

    ,

    ,

    +

    2

    6

    ,

    ,

    ,

    Cu 85$!,89$%-n 1!$!,12$!

    P !$1%,1$%

    P. !$% 4n !$%3e !$1 Ni !$2

    Al !$!1 -i !$!2

    7 *#u$n%&&%

    7)#u$n%&&+

    7 ##u$n%&&

    *#u$n%&

    )#u$n%&

    ##u$n%&

    *

    )

    #

    26!

    2*!

    2*!

    1+!

    1%!

    1%!

    %

    *

    *

    *!

    9%

    9!

    Cu 88$!,91$!-n 9$!,1!$*

    P. !$1 Al !$!14n !$% Mn !$23e !$2 -i !$!1Ni 2$! - !$!%

    -. !$2

    7 *#u$n%&*&%

    7)#u$n%&*&+

    7 ##u$n%&*&

    *#u$n%&*

    )#u$n%&*

    ##u$n%&*

    *

    )

    #

    22!

    +1!

    +5!

    1+!

    1*!

    1*!

    +

    2

    5

    ,

    ,

    ,

    Cu 8*$!,89$%-n 1!$!,11$%

    P !$%,1$!

    P. !$2% -. !$!%4n !$!% Mn !$!%

    3e !$1 - !$!%Ni !$1 Al !$!1

    -i !$!2

  • 8/11/2019 Brass Alloys Metalurgija Alloys En

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    "ead-Tin Brass

    Main Characteristics

    Very good antifriction properties; Resistance to hydrochloric acid and sulphuric acid; Resistant to acids contained in lubricants; Very good heat conductivity;

    Recommended in medium and high surface speeds; Very good resistance to surface pressures; *oor reaction to impacts

    Casting process:! G/"P - in the sand; !GK/"K gravity die casting; !GZ/"C-centrifuga

    !ateria #esignation !echanica Properties* According to

    DIN 1716

    According toJUS C.D2.300

    EN 1982 According toproductiondesignation

    Castingprocess

    TensilestrengthRm(MPa)

    imit!"2#Rp !$2(MPa))

    ElongationA %#

    &ardness&' 1!

    Chemicalelement(mass share)

    mpuritiesmaimum

    * G-#u*b/$n

    ##'0')

    *#u$n*b/$n

    )#u$n*b/$n

    ##u$n*b/$n

    *

    )

    #

    26! 1+! 1% *! Cu 86$!,8*$!

    P. 6$!,5$!

    Ni 1$%

    -. !$+%4n 2$!

    /ther 0!$%o hich03e!$2% P !$!%

    * G-#u*b%&$n

    * G,-#u*b%&$n

    ##'0/)

    *#u*b%&$n

    )#u*b%&$n

    ##u*b%&$n

    *

    )

    #

    18!

    22!

    8!

    11!

    8

    8

    5%

    *!

    Cu *8$!,82$!P. 8$!,11$!-n 9$!,11$!

    Ni 1$%-. !$%4n 2$!

    /ther 0!$%o hich03e!$2% P !$!%

    * G-#u*b%/$n

    * G,-#u*b%/$n

    ##'01)

    *#u*b%/$n

    )#u*b%/$n

    ##u*b%/$n

    *

    )

    #

    18!

    11!

    9!

    22!

    8

    *

    5!

    5%

    Cu *%$!,*9$!P. 1+$!,1*$!

    -n *$!,9$!

    Ni 2$!-. !$%

    4n !$+/ther 0!$%o hich03e!$2% P !$!%

    * G-#u*b+&$n *#u*b+&$n

    )#u*b+&$n

    ##u*b+&$n

    *

    )

    #

    15! 9! 5 %! Cu 59$!,*5$! P. 18$!,2+$!-n 6$!,5$!

    Ni 2$%-. !$%4n +$!

    /ther 0!$%o hich03e!$2% P !$!%

    * G-#u*b++$n *#u*b++$n

    )#u*b++$n

    ##u*b++$n

    *

    )

    #

    15! 9! 5 %! Cu *!$!,8!$! P. 18$!,25$!-n !$%,+$!

    Ni 2$%/ther 01$2o hich03e !$* P !$!+ -. !$2 4n !$%

  • 8/11/2019 Brass Alloys Metalurgija Alloys En

    4/19

    7 *#u*b0$n/&%

    7 )#u*b0$n/&+

    7 ##u*b0$n/&

    *#u*b0$n/

    )#u*b0$n/

    ##u*b0$n/

    *

    )

    #

    15!

    2!!

    22!

    5!

    8!

    8!

    *

    %

    5

    ,

    ,

    ,

    Cu 8!$!,8*$!P. 8$!,1!$!-n 6$!,5$!

    4n 2$! 3e !$2%Ni 2$! -. !$%

    Al !$!1 Mn !$2-i !$!1 - !$1!

    7 *#u*b%&$n%&&%

    7 )#u*b%&$n%&&+

    7 ##u*b%&$n%&&

    *#u*b%&$n%&

    )#u*b%&$n%&

    ##u*b%&$n%&

    *

    )

    #

    18!

    22!

    8!

    16!

    *

    +

    5%

    *!

    Cu *8$!,82$!P. 8$!,11$!-n 9$!,11$!

    4n 2$! 3e !$2%Ni 2$! -. !$%P !$!% Al !$!1

    Mn !$2 -i !$!1- !$1!

    7 *#u*b%/$n(&%

    7 )#u*b%/$n(&+

    7 ##u*b%/$n(&

    *#u*b%/$n(

    )#u*b%/$n(

    ##u*b%/$n(

    *

    )

    #

    1*!

    22!

    8!

    1!!

    %

    8

    5!

    5%

    Cu *%$!,*9$!P. 1+$!,1*$!-n *$!,9$!

    4n 2$! 3e !$2%Ni 2$! -. !$%P !$1 Al !$!1

    Mn !$2 -i !$!1- !$1!

    7 *#u*b+&$n/&%

    7 )#u*b+&$n/&+

    7 ##u*b+&$n/&

    *#u*b+&$n/

    )#u*b+&$n/

    ##u*b+&$n/

    *

    )

    #

    1%!

    18!

    5!

    8!

    %

    *

    %! Cu *!$!,*8$! P. 18$!,2+$!-n 6$!,5$!

    4n 2$! 3e !$2%Ni 2$! -. !$*%P !$1 Al !$!1

    Mn !$2 -i !$!1

    - !$1!

  • 8/11/2019 Brass Alloys Metalurgija Alloys En

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    $ed Brass

    Main Characteristics

    Relatively good mechanical properties; Very good antifriction properties; High resistance to wear and tear; Resistance to corrosion and aggressiveness of sea water;

    Good resistance to impact; Weldability depends on the type; Good soldering properties; Recommended for high-load antifriction bearings with medium and high surface speeds; Recommended for loaded helical gears with high antifriction velocities as well as for all other parts; Require good lubricationCasting process:! G/"P - in the sand; !GK/"K gravity die casting; !GZ/"C-centrifuga

    !ateria #esignation !echanica Properties* According to

    DIN 1705

    According to

    JUS C.D2.300

    EN1982

    According toproductiondesignation

    Castingprocess

    TensilestrengthRm(MPa)

    imit!"2#Rp !$2(MPa))

    ElongationA %#

    &ardness&' 1!

    Chemicalelement(mass share)

    mpuritiesmaimum

    * G-#u$n+,n*b

    ##'0&

    )

    *#u$n+,n*b

    )#u$n+,n*b

    ##u$n+,n*b

    *

    )

    #

    21! 9! 18 5! Cu 8!$!,8%$! -n 1$%,+$!4n *$!,9$!P. 6$!,5$!Ni 1$%,2$%

    -. !$2%/ther0!$%o hich03e !$+ P !$!% - !$1

    * G-#u$n/,n*b

    ##'0%

    )

    *#u$n/,n*b

    )#u$n/,n*b

    ##u$n/,n*b

    *

    )

    #

    22! 9! 15 5! Cu 86$!,85$! -n 6$!,5$!4n 6$!,5$!P. 6$!,5$!

    Ni 2$%-. !$+

    /ther0!$%o hich03e !$+ P !$!% - !"1

    * G-#u$n1,n.i

    ##'0+)

    *#u$n1,n.i

    )#u$n1,n.i

    ##u$n1,n.i

    *

    )

    #

    2*! 16! 1% *% Cu 8+$%,8*$% -n %$%,*$!4n 1$%,+$!P. 2$%,6$!Ni 1$%,2$%

    -. !$+/ther0!$%o hich03e!$2% P !$!% - !"1

    * G-#u$n2,n*b

    * G,-#u$n2,n*b

    ##'0)

    *#u$n2,n*b

    )#u$n2,n*b

    ##u$n2,n*b

    *

    )

    #

    26!

    2*!

    12!

    1+!

    1%

    1+

    5%

    *%

    Cu 81$!,8%$!-n 5$!,8$!

    Ni 2$!-. !$+

    /ther0!$%o hich03e!$2% P !$!% - !"1

    * G-#u$n%&,n

    * #u$n%&,n

    )#u$n%&,n

    ##u$n%&,n

    *

    )

    #

    25! 1+! 1% *% Cu 85$!,89$! -n 9$!,11$!4n 1$!,+$!

    Ni 2$!P. 1$%

    /ther0!$%o hich03e!$2% P !$!%

  • 8/11/2019 Brass Alloys Metalurgija Alloys En

    6/19

    - !$1

    7 *#u*b/$n/,n/&%

    7 )#u*b/$n/,n/&+

    7 ##u*b/$n/,n/&

    *#u*b/$n/,n/

    )#u*b/$n/,n/

    ##u*b/$n/,n/

    *

    )

    #

    2!!

    2!!

    2%!

    9!

    9!

    1!!

    1+

    1+

    1+

    5!

    ,

    ,

    Cu 86$!,85$!-n 6$!,5$!P. 6$!,5$!

    4n 6$!,5$!

    3e !$+ Ni 2$%-. !$2% P!$!%

    Al !$!1 -i !$!1

    - !$1!

    7 *#u$n2*b2,n&%

    7 )#u$n2*b2,n&+

    7 ##u$n2*b2,n &

    * #u$n2*b2,n

    )#u$n2*b2,n

    ##u$n2*b2,n

    *

    )

    #

    21!

    21!

    25!

    1!!

    1!!

    12!

    12

    12

    12

    5%

    ,

    *%

    Cu 81$!,8%$!-n 5$!,8$!P. %$!,8$!4n 2$!,%$!

    3e !$2 Ni 2$!-. !$+% P!$1

    Al !$!1 -i !$!1- !$1!

    7 *#u$n(*b+&%

    7 )#u$n(*b+&+

    7 ##u$n(*b+ &

    *#u$n(*b+

    )#u$n(*b+

    ##u$n(*b+

    *

    )

    #

    2%!

    22!

    2+!

    1+!

    1+!

    1+!

    15

    2

    6

    ,

    ,

    ,

    Cu 82$!,91$!-n 5$!,8$!P. !$%,6$!

    4n +$! 3e !$2Ni 2$% -. !$2%P!$!% Al !$!1-i !$!1 - !$1!

    7 *#u$n%&,n+&%

    7 ##u$n%&,n+ &

    *#u$n%&,n+

    )#u$n%&,n+

    ##u$n%&,n+

    *

    )

    #

    26!

    2*!

    12!

    169

    12

    *

    *%

    8%

    Cu 85$!,89$!-n 9$1,11$!4n 1$!,+$!

    P. 1$% 3e !$2Ni +$! -. !$+P!$!% Al !$!1-i !$!1 - !$1!

    Mn !$2

  • 8/11/2019 Brass Alloys Metalurgija Alloys En

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    Brass

    Main Characteristics

    Resistant to corrosion; Have relatively good electric conductivity; Have relatively good heat conductivity; Very poor welding;

    Good soldering properties; 3ainly used for gas4 water and other fittings as well as for general purpose usages

    Casting process:! G/"P - in the sand; !GK/"K gravity die casting; !GZ/"C-centrifuga

    !ateria #esignation !echanica Properties* According to

    DIN 1709

    According toJUS C.D2.300

    EN 1982 According toproductiondesignation

    Castingprocess

    TensilestrengthRm(MPa)

    imit!"2#Rp !$2(MPa))

    ElongationA %#

    &ardness&' 1!

    Chemicalelement(mass share)

    mpuritiesmaimum

    * G-#u,n%/

    CC760S

    *#u,n%/

    )#u,n%/

    ##u,n%/

    *

    )

    #

    1*! *! 2% 6% Cu8+$!,8*$%As !$!%,!$2

    4n residue

    Ni !$2-n !$%

    /ther0!$8o hich0Al !$!23e !$1% Mn !$1P !$!% P. !$%

    -i !$1

    * G-#u,n*b

    CC750S

    *#u,n*b

    )#u,n*b

    ##u,n*b

    *

    )

    #

    18! *! 12 6% Cu 5+$!,5*$!P. 1$!,+$!4n residue

    Ni 1$!/ther02$!

    o hich0Al !$13e !$8 Mn !$2P !$!% -i !$!%

    -n 1$%

    * G)- #u,n2*b CC754S

    *#u,n2*b

    )#u,n2*b

    ##u,n2*b

    *

    )

    #

    28! 9! 2! *!

    Cu %9$!,5+$!Al !$2,!$8P. !$%,2$%4n residue

    Ni 1$!/ther01$2

    o hich03e !$%Mn !$1 P !$!%-i !$1 -n !$*

    * G)- #u,n(5l

    *#u,n(5l

    )#u,n(5l

    ##u,n(5l

    *

    )

    #

    +8! 1+! 2! *%

    Cu %9$!,56$!Al !$1,!$84n residue

    Ni 1$!/ther01$2

    o hich03e !$%Mn !$1 P !$!%-i !$2 -n !$1

    * G- #u,n'&6e

    * G,- #u,n'&6e

    *#u,n'&6e

    )#u,n'&6e

    ##u,n'&6e

    *

    )

    #

    +!!

    +2%

    1+!

    1%!

    1%

    1%

    *%

    8%

    Cu %5$!,52$!3e !$2,1$24n residue

    Mn 2$%Ni 2$!-n 1$!

    /ther01$2o hich0Al !$1P !$!% P. 1$!

    -i !$1

  • 8/11/2019 Brass Alloys Metalurgija Alloys En

    8/19

  • 8/11/2019 Brass Alloys Metalurgija Alloys En

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    !utipe ee%ent &rass aoys

    Main Characteristics

    Possesses very good mechanical properties; Resistance to corrosion and aggressiveness of sea water;

    ery good resistance to static loads; Poor welding properties;

    !ood soldering properties; Recommended for "earings with small s#rface speeds and high loads$ as well as for parts that are riveted%

    Casting process:! G/"P - in the sand; !GK/"K gravity die casting; !GZ/"C-centrifuga

    !ateria #esignation !echanica Properties* According to

    DIN 1709

    According toJUS C.D2.300

    EN1982

    According toproductiondesignation

    Casting

    process

    TensilestrengthRm(MPa)

    imit!"2#Rp !$2(MPa))

    ElongationA %#

    &ardness&' 1!

    Chemicalelement(mass share)

    mpuritiesmaimum

    * G-#u,n/5l%

    * G)-#u,n/5l%

    * G,-#u,n/5l%

    CC765S

    *#u,n/5l%

    )#u,n/5l%

    ##u,n/5l%

    *

    )

    #

    6%!

    6*%

    %!!

    1*!

    2!!

    2!!

    2!

    18

    18

    11!

    11!

    12!

    Cu%5$!,5%$!Al !$%,2$!

    3e !$%,2$!Mn !$+,6$!4n residue

    Ni +$!/ther01$%

    o hich0P !$!%P. 1$! -n 1$!

    -i !$1

    * G-#u,n'5l+

    * G)-#u,n'5l+

    * G,-#u,n'5l+

    CC764S

    *#u,n'5l+

    )#u,n'5l+

    ##u,n'5l+

    *

    )

    #

    5!!

    5!!

    52!

    2%!

    25!

    25!

    1%

    1!

    16

    16!

    16!

    1%!

    Cu%%$!,55$!Al 1$!,+$!3e !$%,2$%Mn !$+,6$!4n residue

    Ni +$!/ther0!$%

    o hich0P !$!%P. !$+ -n !$+

    -i !$1

    * G-#u,n+/5l/

    * G)- #u,n+/5l/

    * G,- #u,n+/5l/

    CC76&S

    *#u,n+/5l/

    )#u,n+/5l/

    ##u,n+/5l/

    *

    )

    #

    *%!

    *%!

    *%!

    6%!

    68!

    68!

    8

    8

    %

    18!

    18!

    19!

    Cu5!$!,5*$!Al +$!,*$!3e 1$%,6$!Mn 2$%,%$!4n residue

    Ni +$!/ther0!$%

    o hich0P !$!%P. !$2 -n !$1

    -i !$1

    * G-#u,n%/$i'

    * G)-#u,n%/$i'

    * G,- #u,n%/$i'

    CC76'S

    *#u,n%/$i'

    )#u,n%/$i'

    ##u,n%/$i'

    *

    )

    #

    6!!

    %!!

    2+!

    +!!

    1!

    1!

    1!!

    12!

    Cu*8$!,8+$!-i +$8,%$!

    4n residue

    3e !$5Ni 1$!

    /ther01$2o hich0Al !$1Mn !$2 P !$!+P. !$8 -n !$+

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    7 *#u,n+/5l16e3n&%

    7 ##u,n+/5l16e3n&

    *#u,n+/5l16e3n

    )#u,n+/5l16e3n

    ##u,n+/5l16e3n

    *

    )

    #

    *2%

    *6!

    6!!

    6!!

    1!

    1!

    18!

    19!

    Cu 5!$!,55$!3e 2$!,6$!Al 6$%,*$!

    Mn 1$%,6$!4n residue

    -n !$2 P. !$2Ni +$! -i !$1

    7 *#u,n+15l'6e3n&%

    7 ##u,n+15l'6e3n&

    *#u,n+15l'6e3n

    )#u,n+15l'6e3n

    ##u,n+15l'6e3n

    *

    )

    #

    5!!

    5!!

    +!!

    +!!

    18

    18

    16!

    1%!

    Cu 5!$!,55$!3e 1$%,6$!Al 2$%,%$!Mn 1$%,6$!4n residue

    -n !$2 P. !$2Ni +$! -i !$1

    7 *#u,n/5l6e3n&%

    7)#u,n/5l6e3n&+

    7 ##u,n/5l6e3n&

    * #u,n/5l6e3n

    ) #u,n/5l6e3n

    # #u,n/5l6e3n

    *

    )

    #

    6%!

    6*%

    6*%

    1*!

    2!!

    2!!

    2!

    18

    18

    11!

    ,

    11!

    Cu %*$!,5%$!3e !$%,2$!Al !$%,2$%Mn !$1,+$!4n residue

    -n 1$! P. !$%Ni +$! -i !$1

    -.PAs =!$6ma"

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    'u%inu% Bronze

    Main Characteristics

    Very good mechanical properties; Good antifriction properties 7with good lubrication8; Relatively good resistance to wear and tear; Very good resistance to impacts;

    High resistance to corrosion and aggressiveness of sea water; Very good weldability 7cannot be soldered8; Recommended for highly loaded antifriction bearings with small surface speeds; Recommended for highly loaded helical gears with medium surface speeds and for other high-load parts; Required very good and continuous lubrication; Resistant to heat; #haracteristics for low specific gravity; Resistant to acid; Recommendable to 9oint them in operation with thermally treated andground contact surfaces 7a:les4 helical screws etc 8Casting process:! G/"P - in the sand; !GK/"K gravity die casting; !GZ/"C-centrifuga

    !ateria #esignation !echanica Properties* According to

    DIN 1714

    According toJUS C.D2.300

    EN1982

    According toproductiondesignation

    Castingprocess

    TensilestrengthRm(MPa)

    imit!"2#Rp !$2(MPa))

    ElongationA %#

    &ardness&' 1!

    Chemicalelement(mass share)

    mpuritiesmaimum

    * G-#u5l%&.i

    * G)-#u5l%&.i

    * G,-#u5l%&.i

    * #u5l%&.i

    ) #u5l%&.i

    # #u5l%&.i

    *

    )

    #

    5!!

    5!!

    *!!

    2*!

    +!!

    +!!

    12

    16

    1+

    16!

    1%!

    15!

    Cumin*5$!Al 8$%,11$!Ni 6$!,5$%3e +$%,%$%

    Mn +$!/ther0!$8o hich0Mg !"!% P. !$!% -i !$1 -n !$2 4n !$%

    * G-#u5l0.i

    * G)-#u5l0.i

    * G,-#u5l0.i

    *#u5l0.i

    )#u5l0.i

    ##u5l0.i

    *

    )

    #

    %!!

    %+!

    5!!

    2!!

    2+!

    2%!

    2!

    2!

    2!

    11!

    12!

    12!

    Cumin82$!Al 8$%,1!$!

    Ni 1$%,6$!3e 1$!,+$!

    Mn 2$%/ther0!$8

    o hich0Mg !$!% P. !$!% -i !$1 -n !$2 4n !$%

    * G-#u5l%&6e

    * G)-#u5l%&6e

    * G,- #u5l%&6e

    *#u5l%&6e

    )#u5l%&6e

    ##u5l%&6e

    *

    )

    #

    %!!

    %%!

    %%!

    18!

    2!!

    2!!

    1%

    2%

    1%

    11%

    11%

    11%

    Cumin8+$!Al 8$!,11$!3e 2$!,6$!

    Mn 1$!Ni +$!

    /ther01$!o hich0P. !$2 -i !$2 -n !$+ 4n !$%

    7 *#u5l%&6e/.i/&%

    7 )#u5l%&6e/.i/&+

    7 ##u5l%&6e/.i/&

    *#u5l%&6e/.i/

    )#u5l%&6e/.i/

    ##u5l%&6e/.i/

    *

    )

    #

    5!!

    5!!

    58!

    2%!

    +!!

    28!

    1!

    12

    12

    16!

    1%!

    15!

    Cumin*5$!

    Al 8$%,11$!Ni +$%,%$%3e +$%,5$%

    -n !$2 P. !$1

    4n !$% Mn +$!-i !$1

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    7 * #u5l%&6e&%

    7 ) #u5l%&6e&+

    7 # #u5l%&6e&

    CC(('!

    *#u5l%&6e

    )#u5l%&6e

    ##u5l%&6e

    *

    )

    #

    %!!

    %%!

    %%!

    18!

    2!!

    2!!

    1+

    1%

    1%

    11%

    11%

    11%

    Cu 8+$!,89$!Al 8$%,11$!3e 2$!,%$!

    -n !$+ P. !$24n !$6 Ni +$!Mn 1$! -i !$2

    7 * #u5l0&%

    7 ) #u5l0&+ CC((0!

    *#u5l0

    )#u5l0

    ##u5l0

    *

    )

    #

    +2!

    6%!

    12!

    16!

    1%

    1%

    8!

    8%

    Cu 88$!,92$!Al 8$!,1!$%

    -n !$+ P. !$+4n !$% 3e 1$2Ni 1$! Mn !$%

    -i !$2

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    7 #u

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    (ther Bronze 'oys

    Main Characteristics

    3a:imum electrical conductivity of all copper alloys; 3a:imum heat conductivity of all copper alloys; :ceptionally good antifriction properties; :ceptionally good anticorrosion properties;

    Very good mechanical properties particularly after heat treatment; Resistant to raised temperature

    Casting process :P - in the sand; K die casting; C-centrifuga

    !ateria #esignation !echanica Properties* According to

    DIN 17670DIN 17672DIN 17658

    According toJUS C.D1.006

    esignation ostate

    According toproductiondesignation

    Castingprocess

    Tensile-trength

    Rm(MPa)

    imit!"2#

    Rp !$2(MPa)

    Elongation

    A %#

    &ardness&'

    Chemicalelement

    (mass part)

    mpuritiesmaimum

    * #u#r,r

    62

    6

    6''

    6'0

    *#u#r,r

    )#u#r,r

    ##u#r,r

    *

    )

    #

    @+*!

    @++!

    @66!

    @69!

    @2*!

    @+1!

    @+9!

    @6%!

    @12

    @1!

    @1!

    @8

    &: &'

    12%,1%%

    9%,12!

    16!,18!

    1%%,2!!

    12!,1%!

    9!,11%

    1+%,1*!

    1%!,19!

    Cr !$+,1$24r !$8+,!$+Cu residue

    /ther0!$2ma"

    * ,#u.i%& *#u.i%&

    )#u.i%&

    ##u.i%&

    *

    )

    #

    +1! 1%! 18 1!! Ni 9$!,11$! 3e 1$!,1$8Mn 1$!,1$%

    N. !$1%,!$+%-i !$1%,!$2%Cu residue

    * -#u.i& *#u.i&

    )#u.i&

    ##u.i&

    *

    )

    #

    66! 2+! 18 11% Ni 29$!,+1$! 3e !$%,1$%Mn !$5,1$2N. !$%,1$%-i !$+,!$*Cu residue

    7 #u#r,r(&

    *#u#r,r(&

    )#u#r,r(&

    ##u#r,r(&

    *

    )

    #

    @+%! @2%! @1! @11! Cr !$+,1$24r !$!2,!$1Cu residue

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    7 #u#r%(&

    *#u#r%(&

    )#u#r%(&

    ##u#r%(&

    *

    )

    #

    @+%! @2%! @1! @11! Cr !$+,1$24r !$!2,!$1Cu residue

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    'u%inu% 'oys

    Main Characteristics

    Good mechanical properties; High resistance to corrosion and aggressiveness of seat water; Resistant to raised temeprature;

    Good welding properties;

    #haracteri=ed by low specific gravity

    Casting process:! G/"P - in the sand; !GK/"K gravity die casting; !GZ/"C-centrifuga

    !ateria #esignation !echanica Properties* According to

    DIN 1725

    According toJUS C.C2.300

    Casting process TensilestrengthRp !$2(MPa)

    imit!"2#Rm

    (MPa)

    ElongationA %#

    &ardness&' 1!

    Chemical Element (mass share)

    * G-5l$i%+

    * G-5l$i%+ g

    * G)-5l$i%+

    * G)-5l$i%+ g

    #asting in sand moulds

    cast state

    #asting in sand mouldsannealing and hardening

    #asting in metal mouldscast state

    #asting in metal mouldsannealing and hardening

    *!,1!!

    (*!)

    8!,11!(8!)

    8!,11!(8!)

    8!,11!(8!)

    15!,22!

    (15!)

    15!,22!(15!)

    18!,26!(15!)

    18!,26!(15!)

    %,1!

    (+)

    8,12(%)

    5,12(+)

    5,12(6)

    6%,5!

    (6%)

    %!,5!(%)

    %!,5!(%!)

    %!,5!(%!)

    -i 11$!,1+$%

    Mn !$,!$6Al residue

    * G-5l$i%+7#u8

    * G)-5l$i%+7#u8

    #asting in sand mouldscast state

    #asting in metal moulds cast state

    8!,1!!(8!)

    9!,12!(9!)

    1%!,22!(1%!)

    18!,25!(15!)

    1,6(1)

    2,6(1)

    %!,5%(%!)

    %%,*%(%%)

    -i 11$!,1+$%Mn !$2,!$%Al residue

    * G-5l$i%&3g

    * G-5l$i%&3g wa

    * G)-5l$i%&3g

    * G)-5l$i%&3g wa

    #asting in sand mouldscast state

    #asting in sand mouldsheat treatment

    #asting in metal mouldscast state

    #asting in metal mouldsheat treatment

    8!,11!(8!)

    18!,25!(1*!)

    9!,12!(9!)

    21!,28!(19!)

    1*!,22!(15!)

    22!,+2!(2!!)

    18!,26!(15!)

    26!,+2!(22!)

    2,5(2)

    1,6(1)

    2,5(2)

    1,6(1)

    %!,5!(%!)

    8!,11!(*%)

    5!,8!(5!)

    8%,11%(8!)

    -i 9$!,11"$!Mg !$2,!$%Mn !,!$6

    Al residue

    * G-5l$i(#u

    * G)-5l$i(#u

    #asting in sand mouldscast state

    #asting in metal mouldscast state

    1!!,1%!(1!!)

    11!,15!(1!!)

    15!,2!!(16!)

    1*!,22!(1%!)

    1,+(!$%)

    1,+(!$%)

    5%,9!(5!)

    *!,1!!(5%)

    -i *$%,9$%Cu 2$!,+$%Mn !$+,!$5Mg !,!$+

    Al residue

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    * G-5l$i1#u'

    * G)-5l$i1#u'

    #asting in sand mouldscast state

    #asting in metal mouldscast state

    1!!,1%!(1!!)

    12!,18!(11!)

    15!,2!!(16!)

    18!,26!(15!)

    1,+(!$%)

    1,+(!$%)

    5!,8!(5!)

    *!,1!!(5%)

    -i %$!,*$!Cu +$!,%$!Mn !$+,!$5Mg !$1,!$+Al residue

    * G-5l3g

    * G)-5l3g

    #asting in sand mouldscast state

    #asting in metal mouldscast state

    *!,1!!(5!)

    *!,1!!(*!)

    16!,19!(1+!)

    16!,2!!(1%!)

    +,8(+)

    %,12(6)

    %!,5!(6%)

    %!,5!(%!)

    Mg 2$%,+$%Mn !,!$6Ti !,!$2

    Al residue'e as agreed

    * G-5l3g7#u8

    * G)-5l3g7#u8

    #asting in sand mouldscast state

    #asting in metal mouldscast state

    8!,1!!(*!)

    9!,11!(8!)

    16!,18!(1+!)

    16!,2!!(16!)

    2,5(2)

    +,8(2)

    %!,5%(%!)

    %!,5%(%!)

    Mg 2$!,6$!-i !,!$5Mn !,!$6Ti !,!$2

    Al residue'e as agreed

    * G-5l3g$i

    * G-5l3g$i wa

    * G)-5l3g$i

    * G)-5l3g$i wa

    #asting in sand moulds

    cast state

    #asting in sand mouldsheat treatment

    #asting in metal mouldscast state

    #asting in metal mouldsheat treatment

    8!,1!!

    (*!)

    12!,15!(12!)

    8!,1!!(8!)

    12!,18!(12!)

    16!,19!

    (1+!)

    2!!,28!(18!)

    1%!,2!!(16!)

    22!,+!!(22!)

    +,8

    (+)

    2,8(2)

    6,1!(6)

    +,1!(+)

    %!,5!

    (6%)

    5%,9!(5!)

    %!,5%(%!)

    5%,9!(%!)

    Mg 6$%,%$%

    -i !$9,1$%Mn !,!$6Ti !,!$2

    Al residue'e as agreed

    7 * 5l$i%&3g#u&%

    7 ) 5l$i%&3g#u&+

    *5l$i%&3g#u

    )5l$i%&3g#u

    #5l$i%&3g#u

    1*!,25!

    18!,2%!

    2!!,25!

    22!,28!

    6,!$%

    6,!$%

    *%,11!

    8!,11%

    Mg !$2,!$6-i 8$%,1!$%Mn !$+,!$5

    Cu !$%Residue ,

    7 ) 5l$i%+.i%+#u3g&+

    *5l$i%+.i%+#u3g

    )5l$i%+.i%+#u3g

    #5l$i%+.i%+#u3g

    18!,2!! 18!,2!! !$%,!$+ 8!,11!

    Mg !$*,1$+-i 11$!,1+$!

    Mn ,Cu !$%,1$%

    Residue 0Ni 2$!,+$!

    7 * 5l$i/#u&%

    7 ) 5l$i/#u&+

    *5l$i/#u

    )5l$i/#u

    #5l$i/#u

    ,

    ,

    1+!,18!

    1*!,22!

    do 1$%

    2$!,1$!

    do 8!

    do 9!

    Mg ,-i 6$!,5$!

    Mn !$%Cu 2$!,6$!Residue ,

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    7 * 5l#u'3g%.i+&%

    7 ) 5l#u'3g%.i+&+

    *5l#u'3g%.i+

    )5l#u'3g%.i+

    #5l#u'3g%.i+

    1%!,1*!

    15!,18!

    18!,22!

    2!!,2%!

    do 1

    do 1

    8!,1!!

    9!,1!!

    Mg 1$+,1$*-i ,

    Mn ,Cu +$8,6$2

    Residue Ni 1$8,2$+

    7 * 5l,n/3g%#r&%

    7 ) 5l,n/3g%#r&+

    *5l,n/3g%#r

    ) 5l,n/3g%#r

    #5l,n/3g%#r

    1+!,15!

    16!,1*!

    18!,22!

    22!,26!

    5,+

    8,6

    5!,*!

    *!,8!

    Mg 1$!,1$%-i ,Mn ,Cu ,

    Residue Cr !$6,!$5 4n 6$!,5$!