 |
Cast Leaded Bronze (Copper-Lead-Tin)
DIN EN 1982 |
|
Range of alloys |
|
approx.
Density |
Chemical
Composition % |
Mechanical
Properties |
Comparable Specifications* |
| Cu Sn10 Pb10 -C |
CC495K |
9,0 |
Cu 78,0 - 82,0
Sn 9,0 - 11,0
Pb 8,0 -11,0 |
GZ:
Rm ≥ 220
Rp 0,2 ≥ 110
A5 ≥ 6
HB ≥ 70 |
Cu Pb10 Sn, DIN 1716
C 93 700 UNS
LB 2 BS 1400
Cu Pb10 Sn10, ISO 1338 |
| Cu Sn7 Pb15 - C |
CC496K
|
9,1 |
Cu 74,0- 80,0
Pb 13,0 -17,0
Sn 6,0 - 8,0
Ni 0,5-2,0 |
GC:
Rm ≥ 200
Rp 0,2 ≥ 90
A5 ≥ 8
HB ≥ 65 |
Cu Pb15 Sn, DIN 1716
C 93 800 UNS
LB 1 BS 1400
Cu Pb15 Sn8, ISO 1338 |
| Cu Sn5 Pb20 -C |
CC497K
|
9,3 |
Cu 70,0-78,0
Pb 18,0 - 23,0
Sn 4,0 - 6,0
Ni 0,5 - 2,5 |
GC:
Rm ≥ 180
Rp 0,2 ≥ 90
A5 ≥ 7
HB ≥ 50 |
Cu Pb20 Sn, DIN 1716
C 94 100 UNS
LB 5 BS 1400
Cu Pb20 Sn5, ISO 1338 |
| Range of alloys |
|
approx.
Density |
Chemical
Composition % |
Mechanical
Properties |
Comparable Specifications* |
Rm = Tensile strength in N/mm²
Rp 0,2 = Yield stress in N/mm²
A5 = Elongation in %
HB = Hardness Brinell
*The specifications stated are similar, but might not neccessarily be identical.
| We supply: |
GC
GZ
GK resp. GM
G resp. GS
|
= Continuous Cast
= Centrifugal Cast
= Chill Cast (Kokillenguss)
= Sand Cast |
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