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취급재질 및 화학조성 - 유럽규격(DIN TABLE 11 ~ TABLE 20)
작성일 :
2020.04.09
조회수 :
2,000
Table 11 ㅡCuZn25AI5Mn4Fe3-B (CB762S) and CuZn25AI5Mn4Fe3-C (CC762S)
Composition in %
(mass fraction)
Casting
Tensile
0,2 %
Brinell
process
strength
proof strength
Elongation
hardness
and
0.2
A
element
ingots
castings
designation
N/㎟
N/㎟
%
HBW
min.
max.
min.
max.
min.
min.
min.
min.
Al
4,0
7,0
3,0
7,0
Sand
Cu
60,0
66,0
60,0
67,0
ㅡ GS
750
450
8
180
Fe
1,5
3,5
1,5
4,0
Mn
3,0
5,0
2,5
5,0
Permanent
Ni
ㅡ
2,7
ㅡ
3,0
mould
ㅡ GM
750
480
8
180
Zn
Remainder
Remainder
Centrifugal
P
ㅡ
0,02
0,03
ㅡ GZ
750
480
5
190
Pb
─
0,20
─
0,2
Sb
ㅡ
0,03
ㅡ
0,03
Continuous
Si
ㅡ
0,08
ㅡ
0,1
ㅡGC
750
480
5
190
Sn
ㅡ
0,20
ㅡ
0,2
a
lncluding nickel
Table 12ㅡ CuZn32AI2Mn2Fe1-B(CB763S) and CuZn32AI2Mn2Fe1-C (CC763S)
Composition in %
(mass fraction)
Casting
Tensile
0,2 %
Brinell
process
strength
proof strength
Elongation
hardness
and
0.2
A
element
ingots
castings
designation
N/㎟
N/㎟
%
HBW
min.
max.
min.
max.
min.
min.
min.
min.
Al
1,0
2,5
1,0
2,5
Sand
Cu
59,0
67,0
59,0
67,0
ㅡ GS
430
150
10
100
Fe
0,5
2,0
0,5
2,0
Mn
1,0
3,5
1,0
3,5
Ni
ㅡ
2,5
ㅡ
2,5
Pb
ㅡ
1,5
ㅡ
1,5
Pressure die
Si
ㅡ
1,0
ㅡ
1,0
cast
Sn
ㅡ
1,0
ㅡ
1,0
ㅡ GP
(440)
(330)
(3)
(130)
Zn
Remainder
Remainder
(see note)
Sb
ㅡ
0,08
ㅡ
0,08
NOTE
The mechanical properties for pressure die castings (shown bracketed) are not mandatory requirements,
but are given for information only (see note 4 of 6.2).
a
lncluding nickel
Table 13ㅡ CuZn34Mn3AI2Fe1-B(CB764S) and CuZn34Mn3AI2Fe1-C (CC764S)
Composition in %
(mass fraction)
Casting
Tensile
0,2 %
Brinell
process
strength
proof strength
Elongation
hardness
and
0.2
A
element
ingots
castings
designation
N/㎟
N/㎟
%
HBW
min.
max.
min.
max.
min.
min.
min.
min.
Al
1,5
3,0
1,0
3,0
Sand
Cu
55,0
65,0
55,0
66,0
ㅡ GS
600
250
15
140
Fe
0,8
2,0
0,5
2,5
Mn
1,0
3,5
1,0
4,0
Ni
ㅡ
2,7
ㅡ
3,0
Permanent
Zn
Remainder
Remainder
mould
600
260
10
140
P
ㅡ
0,02
ㅡ
0,03
ㅡ GM
Pb
ㅡ
0,2
ㅡ
0,3
Centrifugal
Sb
ㅡ
0,05
ㅡ
0,05
ㅡ GZ
620
260
14
150
Si
ㅡ
0,08
ㅡ
0,1
Sn
ㅡ
0,3
ㅡ
0,3
a
lncluding nickel
b
For permanent mould casting, the minimum manganese content shall be 0,3 % foe ingots and castings.
Table 14ㅡ CuZn35Mn2AI1Fe1-B(CB765S) and CuZn35Mn2AI1Fe1-C (CC765S)
Composition in %
(mass fraction)
Casting
Tensile
0,2 %
Brinell
process
strength
proof strength
Elongation
hardness
and
0.2
A
element
ingots
castings
designation
N/㎟
N/㎟
%
HBW
min.
max.
min.
max.
min.
min.
min.
min.
Al
0,7
2,2
0,5
2,5
Sand
Cu
56,0
64,0
57,0
65,0
ㅡ GS
450
170
20
110
Fe
0,5
1,8
0,5
2,0
Mn
0,5
2,5
0,5
3,0
Permanent
Ni
ㅡ
6,0
ㅡ
6,0
mould
475
200
18
110
Sn
ㅡ
0,8
ㅡ
1,0
ㅡ GM
Zn
Remainder
Remainder
Centrifugal
P
ㅡ
0,02
ㅡ
0,03
ㅡ GZ
500
200
18
120
Pb
ㅡ
0,5
ㅡ
0,5
Continuous
Sb
ㅡ
0,08
ㅡ
0,08
ㅡ GC
500
200
18
120
Si
ㅡ
0,10
ㅡ
0,1
NOTE
For certain applications a minimum proportion of alpha-phase in the microstructure of castings is required
(SEE 6.4).
a
lncluding nickel
b
For permanent mould castings, the minimum manganese content shall be 0,3 % for ingots and castings.
Table 15ㅡ CuZn37AI1-B(CB766S) and CuZn37AI1-C (CC766S)
Composition in %
(mass fraction)
Casting
Tensile
0,2 %
Brinell
process
strength
proof strength
Elongation
hardness
and
0.2
A
element
ingots
castings
designation
N/㎟
N/㎟
%
HBW
min.
max.
min.
max.
min.
min.
min.
min.
Al
0,6
1,8
0,3
1,8
Permanent
Cu
60,0
63,0
60,0
64,0
mould
Ni
ㅡ
1,8
ㅡ
2,0
ㅡ GM
450
170
25
105
Zn
Remainder
Remainder
Fe
ㅡ
0,4
ㅡ
0,5
Mn
ㅡ
0,4
ㅡ
0,5
P
ㅡ
0,02
ㅡ
ㅡ
Pb
ㅡ
0,4
ㅡ
0,50
Sb
ㅡ
0,05
ㅡ
0,1
Si
ㅡ
0,5
ㅡ
0,6
Sn
ㅡ
0,4
ㅡ
0,50
a
lncluding nickel
Table 16ㅡ CuZn38AI-B(CB767S) and CuZn38AI-C (CC767S)
Composition in %
(mass fraction)
Casting
Tensile
0,2 %
Brinell
process
strength
proof strength
Elongation
hardness
and
0.2
A
element
ingots
castings
designation
N/㎟
N/㎟
%
HBW
min.
max.
min.
max.
min.
min.
min.
min.
Al
0,1
0,8
0,1
0,8
Permanent
Cu
59,0
64,0
59,0
64,0
mould
Ni
ㅡ
0,8
ㅡ
1,0
ㅡ GM
380
130
30
75
Zn
Remainder
Remainder
Fe
ㅡ
0,4
ㅡ
0,5
Mn
ㅡ
0,4
ㅡ
0,5
P
ㅡ
0,05
ㅡ
ㅡ
Pb
ㅡ
0,1
ㅡ
0,1
Si
ㅡ
0,05
ㅡ
0,2
Sn
ㅡ
0,1
ㅡ
0,1
a
lncluding nickel
Table 17ㅡ CuSn10-B(CB480K) and CuSn10-C (CC480K)
Composition in %
(mass fraction)
Casting
Tensile
0,2 %
Brinell
process
strength
proof strength
Elongation
hardness
and
0.2
A
element
ingots
castings
designation
N/㎟
N/㎟
%
HBW
min.
max.
min.
max.
min.
min.
min.
min.
Cu
88,5
90,5
88,0
90,0
Sand
Ni
ㅡ
1,8
ㅡ
2,0
ㅡ GS
250
130
18
70
P
ㅡ
0,05
ㅡ
0,2
Pb
ㅡ
0,8
ㅡ
1,0
Permanent
Sn
9,3
11,0
9,0
11,0
mould
270
160
10
80
AI
ㅡ
0,01
ㅡ
0,01
ㅡ GM
Fe
ㅡ
0,15
ㅡ
0,2
Continuous
Mn
ㅡ
0,10
ㅡ
0,10
ㅡ GC
280
170
10
80
S
ㅡ
0,04
ㅡ
0,05
Sb
ㅡ
0,15
ㅡ
0,2
Centrifugal
Si
ㅡ
0,01
ㅡ
0,02
ㅡ GZ
280
160
10
80
Zn
ㅡ
0,5
ㅡ
0,5
a
lncluding nickel
Table 18ㅡ CuSn11P-B(CB481K) and CuSn11P-C (CC481K)
Composition in %
(mass fraction)
Casting
Tensile
0,2 %
Brinell
process
strength
proof strength
Elongation
hardness
and
0.2
A
element
ingots
castings
designation
N/㎟
N/㎟
%
HBW
min.
max.
min.
max.
min.
min.
min.
min.
Cu
87,0
89,3
87,0
89,5
Sand
P
0,6
1,0
0,5
1,0
ㅡ GS
250
130
5
60
Sn
10,2
11,5
10,0
11,5
Permanent
Al
ㅡ
0,01
ㅡ
0,01
mould
Fe
ㅡ
0,10
ㅡ
0,10
ㅡ GM
310
170
2
85
Mn
ㅡ
0,05
ㅡ
0,05
Ni
ㅡ
0,10
ㅡ
0,10
Continuous
Pb
ㅡ
0,25
ㅡ
0,25
ㅡ GC
350
170
5
85
S
ㅡ
0,05
ㅡ
0,05
Sb
ㅡ
0,05
ㅡ
0,05
Centrifugal
Si
ㅡ
0,01
ㅡ
0,01
ㅡ GZ
330
170
4
85
Zn
ㅡ
0,05
ㅡ
0,05
a
For sand castings for non-bearing applications the phosphorus may be restricted to 0,15 max. [see 5 h)].
Table 19ㅡ CuSn11Pb2-B(CB482K) and CuSn11Pb2-C (CC482K)
Composition in %
(mass fraction)
Casting
Tensile
0,2 %
Brinell
process
strength
proof strength
Elongation
hardness
and
0.2
A
element
ingots
castings
designation
N/㎟
N/㎟
%
HBW
min.
max.
min.
max.
min.
min.
min.
min.
Cu
83,5
86,5
83,5
87,0
Sand
Ni
ㅡ
2,0
ㅡ
2,0
ㅡ GS
240
130
5
80
P
ㅡ
0,05
ㅡ
0,40
Pb
0,7
2,5
0,7
2,5
Sn
10,7
12,5
10,5
12,5
Centrifugal
Zn
ㅡ
2,0
ㅡ
2,0
ㅡ GZ
280
150
5
90
Al
ㅡ
0,01
ㅡ
0,01
Fe
ㅡ
0,15
ㅡ
0,20
Mn
ㅡ
0,2
ㅡ
0,2
Continuous
S
ㅡ
0,08
ㅡ
0,08
ㅡ GC
280
150
5
90
Sb
ㅡ
0,20
ㅡ
0,2
Si
ㅡ
0,01
ㅡ
0,01
Table 20ㅡ CuSn12-B(CB483K) and CuSn12-C (CC483K)
Composition in %
(mass fraction)
Casting
Tensile
0,2 %
Brinell
process
strength
proof strength
Elongation
hardness
and
0.2
A
element
ingots
castings
designation
N/㎟
N/㎟
%
HBW
min.
max.
min.
max.
min.
min.
min.
min.
Cu
85,5
88,5
85,0
88,5
Sand
Ni
ㅡ
2,0
ㅡ
2,0
ㅡ GS
260
140
7
80
P
ㅡ
0,20
ㅡ
0,60
Pb
ㅡ
0,6
ㅡ
0,7
Permanent
Sn
11,2
13,0
11,0
13,0
mould
270
150
5
80
Al
ㅡ
0,01
ㅡ
0,01
ㅡ GM
Fe
ㅡ
0,15
ㅡ
0,2
Continuous
Mn
ㅡ
0,2
ㅡ
0,2
ㅡ GC
300
150
6
90
S
ㅡ
0,05
ㅡ
0,05
Sb
ㅡ
0,15
ㅡ
0,15
Centrifugal
Si
ㅡ
0,01
ㅡ
0,01
ㅡ GZ
280
150
5
90
Zn
ㅡ
0,4
ㅡ
0,5
a
For continuous castings and centrifugal castings, the minimum tin content content for ingots shall be 10,7% and for
castings 10,5% and the maximum copper content content for ingots and castings shall be 89,0%
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