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취급재질 및 화학조성 - 유럽규격(DIN TABLE 21 ~ TABLE 28)
작성일 :
2020.04.09
조회수 :
2,133
Table 21ㅡ CuSn12Ni2-B(CB484K) and CuSn12Ni2-C (CC484K)
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
84,0
87,0
84,5
87,5
Sand
Ni
1,5
2,4
1,5
2,5
ㅡ GS
280
160
12
85
P
ㅡ
0,05
0,05
0,40
Sn
11,3
13,0
11,0
13,0
Centrifugal
Al
ㅡ
0,0,1
ㅡ
0,01
ㅡ GZ
300
180
8
95
Fe
ㅡ
0,15
ㅡ
0,20
Mn
ㅡ
0,10
ㅡ
0,2
Pb
ㅡ
0,2
ㅡ
0,3
S
ㅡ
0,04
ㅡ
0,05
Continuous
Sb
ㅡ
0,05
ㅡ
0,1
ㅡ GC
300
180
10
95
Si
ㅡ
0,01
ㅡ
0,01
Zn
ㅡ
0,3
ㅡ
0,4
Table 22ㅡ CuSn3Zn8Pb5-B(CB490K) and CuSn3Zn8Pb5-C (CC490K)
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
81,0
85,5
81,0
86,0
Sand
Ni
ㅡ
2,0
ㅡ
2,0
ㅡ GS
180
85
15
60
P
ㅡ
0,03
ㅡ
0,05
Pb
3,5
5,8
3,0
6,0
Sn
2,2
3,5
2,0
3,5
Centrifugal
Zn
7,5
10,0
7,0
9,5
ㅡ GZ
220
100
12
70
Al
ㅡ
0,01
ㅡ
0,01
Fe
ㅡ
0,50
ㅡ
0,5
Continuous
S
ㅡ
0,08
ㅡ
0,10
ㅡ GC
220
100
12
70
Sb
ㅡ
0,25
ㅡ
0,30
Si
ㅡ
0,01
ㅡ
0,01
a
lncluding nickel
Table 23aㅡ CuSn5Zn5Pb2-B(CB499K) and CuSn5Zn5Pb2-C (CC499K)
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
84,0
87,5
84,0
88,0
Sand
Ni
ㅡ
0,60
ㅡ
0,60
ㅡ GS
200
90
13
60
P
ㅡ
0,03
ㅡ
0,04
Pb
ㅡ
3,0
ㅡ
3,0
Permanent
Sn
4,2
6,0
4,0
6,0
mould
220
110
6
65
ㅡ GM
Zn
4,5
6,5
4,0
6,0
Centrifugal
Al
ㅡ
0,01
ㅡ
0,01
ㅡ GZ
250
110
13
65
As
ㅡ
0,03
ㅡ
0,03
Bi
ㅡ
0,02
ㅡ
0,02
Cd
ㅡ
0,02
ㅡ
0,02
Cr
ㅡ
0,02
ㅡ
0,02
Fe
ㅡ
0,30
ㅡ
0,30
S
ㅡ
0,04
ㅡ
0,04
Continuous
Sb
ㅡ
0,10
ㅡ
0,10
ㅡ GC
250
110
13
65
Si
ㅡ
0,01
ㅡ
0,01
NOTE
For drinking water applications no other single element should be more than 0,02%. The sum of these single
elements should not exceed 0,25%.
Table 23bㅡ CuSn5Zn5Pb5-B(CB491K) and CuSn5Zn5Pb5-C (CC491K)
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
83,0
86,5
83,0
87,0
Sand
Ni
ㅡ
2,0
ㅡ
2,0
ㅡ GS
200
90
13
60
P
ㅡ
0,03
ㅡ
0,10
Pb
4,2
5,8
4,0
6,0
Permanent
Sn
4,2
6,0
4,0
6,0
mould
220
110
6
65
ㅡ GM
Zn
4,5
6,5
4,0
6,0
Centrifugal
Al
ㅡ
0,01
ㅡ
0,01
ㅡ GZ
250
110
13
65
Fe
ㅡ
0,25
ㅡ
0,3
S
ㅡ
0,08
ㅡ
0,10
Continuous
Sb
ㅡ
0,25
ㅡ
0,25
ㅡ GC
250
110
13
65
Si
ㅡ
0,01
ㅡ
0,01
a
lncluding nickel
Table 24ㅡ CuSn7Zn2Pb3-B(CB492K) and CuSn7Zn2Pb3-C (CC492K)
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
85,0
88,5
85,0
89,0
Sand
Ni
ㅡ
2,0
ㅡ
2,0
ㅡ GS
230
130
14
65
P
ㅡ
0,03
ㅡ
0,10
Pb
2,7
3,5
2,5
3,5
Permanent
Sn
6,2
8,0
6,0
8,0
mould
230
130
12
70
ㅡ GM
Zn
1,7
3,2
1,5
3,0
Centrifugal
Al
ㅡ
0,01
ㅡ
0,01
ㅡ GZ
260
130
12
70
Fe
ㅡ
0,25
ㅡ
0,2
S
ㅡ
0,08
ㅡ
0,10
Continuous
Sb
ㅡ
0,25
ㅡ
0,25
ㅡ GC
270
130
12
70
Si
ㅡ
0,01
ㅡ
0,01
a
lncluding nickel
b
(Tin+½ nickel) content shall be in the range 7,0 % to 8,0 %
Table 25ㅡ CuSn7Zn4Pb7-B(CB493K) and CuSn7Zn4Pb7-C (CC493K)
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
81,0
84,5
81,0
85,0
Sand
Ni
ㅡ
2,0
ㅡ
2,0
ㅡ GS
230
120
15
60
P
ㅡ
0,03
ㅡ
0,10
Pb
5,2
8,0
5,0
8,0
Permanent
Sn
6,2
8,0
6,0
8,0
mould
230
120
12
60
ㅡ GM
Zn
2,3
5,0
2,0
5,0
Continuous
Al
ㅡ
0,01
ㅡ
0,01
ㅡ GC
260
120
12
70
Fe
ㅡ
0,20
ㅡ
0,2
S
ㅡ
0,08
ㅡ
0,10
Centrifugal
Sb
ㅡ
0,30
ㅡ
0,3
ㅡ GZ
260
120
12
70
Si
ㅡ
0,01
ㅡ
0,01
a
lncluding nickel
b
For continuous castings and centrifugal castings, the minimum tin content for ingots shall be 5,4 % and for castings
5,2 % and the maximum copper content for ingots shall be 85,0 % and for castings 86, 0 %.
Table 26ㅡ CuSn6Zn4Pb2-B(CB498K) and CuSn6Zn4Pb2-C (CC498K)
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
86,0
89,5
86,0
90,0
Sand
Ni
ㅡ
1,0
ㅡ
1,0
ㅡ GS
220
110
15
65
P
ㅡ
0,03
ㅡ
0,05
Pb
1,2
2,0
1,0
2,0
Permanent
Sn
5,7
6,5
5,5
6,5
mould
220
110
12
70
ㅡ GM
Zn
3,2
5,0
3,0
5,0
Centrifugal
Al
ㅡ
0,01
ㅡ
0,01
ㅡ GZ
240
110
12
70
Fe
ㅡ
0,25
ㅡ
0,25
S
ㅡ
0,08
ㅡ
0,10
Continuous
Sb
ㅡ
0,25
ㅡ
0,25
ㅡ GC
240
110
12
70
Si
ㅡ
0,01
ㅡ
0,01
a
lncluding nickel
Table 27ㅡ CuSn5Pb9-B(CB494K) and CuSn5Pb9-C (CC494K)
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
80,0
86,5
80,0
87,0
Sand
Ni
ㅡ
2,0
ㅡ
2,0
ㅡ GS
160
60
7
55
P
ㅡ
0,10
ㅡ
0,10
Pb
8,2
10,0
8,0
10,0
Permanent
Sn
4,2
6,0
4,0
6,0
mould
200
80
5
60
ㅡ GM
Zn
ㅡ
2,0
ㅡ
2,0
Centrifugal
Al
ㅡ
0,01
ㅡ
0,01
ㅡ GZ
200
90
6
60
Fe
ㅡ
0,20
ㅡ
0,25
Mn
0,2
0,2
S
ㅡ
0,08
ㅡ
0,10
Continuous
Sb
ㅡ
0,5
ㅡ
0,5
ㅡ GC
200
100
9
60
Si
ㅡ
0,01
ㅡ
0,01
a
lncluding nickel
Table 28ㅡ CuSn10Pb10-B(CB495K) and CuSn10Pb10-C (CC495K)
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
78,0
81,5
78,0
82,0
Sand
Ni
ㅡ
2,0
ㅡ
2,0
ㅡ GS
180
80
8
60
P
ㅡ
0,10
ㅡ
0,10
Pb
8,2
10,5
8,0
11,0
Permanent
Sn
9,2
11,0
9,0
11,0
mould
220
110
3
65
ㅡ GM
Zn
ㅡ
2,0
ㅡ
2,0
Centrifugal
Al
ㅡ
0,01
ㅡ
0,01
ㅡ GZ
220
110
6
70
Fe
ㅡ
0,20
ㅡ
0,25
Mn
0,2
0,2
S
ㅡ
0,08
ㅡ
0,10
Continuous
Sb
ㅡ
0,5
ㅡ
0,5
ㅡ GC
220
110
8
70
Si
ㅡ
0,01
ㅡ
0,01
a
lncluding nickel
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