Index

History and organization Production and innovation Quality Environment Products and applications Aerospace Automotive Power/Transport Fluid/Oil and Gas Marine Metallurgy/Moulds Alloys Instructions for using the tables Tables Compliance with main standards

4 6 8 10 14 16 18 20 22 24 26 28 29 30 44

5

7

9

11

13

15

17

19

21

23

25

27

29

Nominal composition %

Alloy

Standards Nearest international standards Electrical conductivity %IACS 83 98 100 100 75

Cu NFA 51050 EN 12420 CuDHP CW024A 99,90 UNS 12200 DIN 1708 SF-Cu 2.0090

Bi

O

Cr

Zr

Co

Be

Ni

Fe

Mn

Al

Si

Zn

Sn

Pb

P

Other

Cu b1

0,013 to 0,050

8,9

Cu HCP

EN 12420 CW021A UNS C10800 Cu OFLP DIN 1708 SE-Cu ISO 1337

99,95 0,0005

0,005

0,002 to 0,007

0,03

8,9

Cu OF

NFA 51050 Cu c1 EN 12420 CuDHP CW008A 99,95 0,0005 0,0010 ASTM B152 10200 DIN 1708 OF-Cu 2.0040

0,005

0,03

8,9

Cu ETP

NFA 51050, Cu a1 EN 12420 CW004A ASTM B152 UNS 11000 99,90 0,0005 0,040 DIN 1708 E1 Cu58 2.0061

0,005

0,03

8,9

CRM16CuCr1Zr

ASTM: C18100-C18150 MIL 19311 RWMA class 2 SAE CA 184 BS 2874 CC 102 EN 12163, EN 12165, EN 12420, EN 12167 CW106C, CW105C DIN 17666 WN 2.1293 DIN 17672 DIN 44759 NFA 82100 ISO 5182 A2/3 ISO 1336

remainder

0,4 to 1

0,03 to 0,15

0,08

0,2

8,9

Density

Forms/process

Mechanical properties

Available forms

Yield strength 0,2% offset or 0,5% E.U.L. (1)

Elongation 5,65 S

Physical properties Tensile strength

Impact strength KCU (1) or IZOD (2)

Forgings or stamped parts

Semi-finished products

Hardness

Tubes

Remarks Electrical resistivity at 20c cm Coefficient of expension 20 to 200 c x 10 - 6 K-1

Relative magnetic permeability

Thermal conductivity 20 to 200c W/mk

Young s modulus kN/mm2

Mpa ; * = Mpa

Extruded or forged

ksi ; * = Mpa

Forged blanks

Hexagones

2,1

320

18

1,01

110

1000 mm , dimension above on demand

205

30

60

9

35

45

1,75

320

18

1,01

110

1000 mm , dimension above on demand

205

30

40

6

35

45

1,724

320

18

1,01

110

1000 mm , dimension above on demand

205

30

40

6

35

45

1,724

320

18

1,01

110

1000 mm , dimension above on demand

205

30

40

6

35

45

cold formed electrodes 13 20 mm - 0,5 in. 0,8 in. machined electrodes 10 40 mm - 0,40 in. 1,57 in. round rod 10 25,4 mm 0,40 in. 1 in. square, flat, hexagone, thickness 10 25,4 mm 0,40 in. 1 in. TER condition

160

150

480

70

420

61

18

150

2,3

320

17,5 1,01

120

round rod 26 45 mm - 1. in. < 1,80 in. square, flat, hexagone, thickness 26 to 60 mm - 1,02 in.to 2,4 in. TER condition

480

70

420

61

18

140

round rod 45 < 80 mm 1,80 in. < 3,15 in. temper TER

440

64

360

52

18

140

round rod 20 350 mm 0,80 in. 13,8 in. square, flat of equivalent section TR condition

350

51

240

35

20

120

plate 16 thickness 250 mm - 0,60 thickness 10 in. TR condition

380

55

280

41

20

120

plate 4 thickness 10 mm 0,16 thickness 0,40 TER condition

400

58

350

51

10

125

Machined

Extruded

Stamped

Squares

Section

Rounds

Drawn

Drawn

Plates

Mpa

Tubes

Rings

Discs

Flats

ksi

HRB

HV5

%

HB

Parts

Rods

31

Nominal composition %

Alloy

Standards Nearest international standards Electrical conductivity %IACS 75 85 85 43 28

Cu

Bi

O

Cr

Zr

Co

Be

Ni

Fe

Mn

Al

Si

Zn

Sn

Pb

P

Other

CRM16ECuCr1Zr

ASTM: C18100-C18150 MIL 19311 RWMA class 2 SAE CA 184 BS 2874 CC 102 EN 12163, EN 12165, EN 12420, EN 12167 CW106C,CW105C DIN 17666 WN 2.1293 DIN 17672 DIN 44759 NFA 82100 ISO 5182 A2/3 ISO 1336

remainder

0,4 to 1

0,03 to 0,25

0,08

0,2

8,9

ZR16XCuZr

ASTM: C15000 RWMA class 1 DIN 17666 wn 2.1580 DIN 17672 ISO 5182 A2/4 EN 12163, EN 12167, EN 12420 CW120C

remainder

0,15

8,9

BICOPCuAl2O3

C 15735

remainder

0,6

8,8

CuCO2Be

CB4

BS 2874 CC 112 DIN 17666 wn 2.1285 DIN 17672- DIN 44759 ISO 1187- NFA 82100 ASTM B441- B534- B 870: C 17500 MIL 46087- RWMA class 3 SAE CA 184

remainder

2,2

0,5

8,9

CBE2CuBe2

ASTM B196: C 17200 AMS 4533 : C17200 AMS 4535 : C17200 RWMA class 4 QQC 530 DIN 17666, DIN 17672 wn 2.1247 NFL 14709 EN 12163 CW 101C

remainder

>0,2

1,8 to 2

8,3

Density

Forms/process

Mechanical properties

Available forms

Yield strength 0,2% offset or 0,5% E.U.L. (1)

Elongation 5,65 S

Physical properties Tensile strength

Impact strength KCU (1) or IZOD (2)

Forgings or stamped parts

Semi-finished products

Hardness

Tubes

Remarks Electrical resistivity at 20c cm Coefficient of expension 20 to 200 c x 10 - 6 K-1

Relative magnetic permeability

Thermal conductivity 20 to 200c W/mk

Young s modulus kN/mm2

Mpa ; * = Mpa

Extruded or forged

ksi ; * = Mpa

Forged blanks

Hexagones

2,3

320

17

1,01

120

discs and rings TR condition

380

55

280

41

15

130

2,05

320

17

1,01

110

TER condition

320

46

280

41

18

120

2,05

340

17

1,01

120

sizes and dimensions on demand

430

62

410

50

12

150

section< 1000 mm2 - < 1,550 in.2 TR or TER condition 4 200 17,5 1,01 130

700

101

650

94

10

240

section 1000 mm2 - 1,550 in.2 TR condition discs 200 400 mm 7,9 in. 15,7 in. plates 25 thickness 250 1 in. thickness 10 in. rods 19,05 < 50,8 mm 0,75 in. < 2 in. TER condition rods 50,8 76,2 mm 2 in. 3 in. TER condition rods 19,05 150 mm 0,75 in. 5,9 in. TR condition

700

101

550

80

10

220

1050

152

850

123

2

320

1140

165

965

140

2

340

1240

180

1061

154

3

360

6

110

17

1,01

130

1210

175

1040

151

4

360

1150

167

965

140

4

340

rods 19,05 150 mm 0,75 in. 5,9 in. T condition

570

83

35

150

80

rings TR condition

1050

152

850

123

2

320

Machined

Extruded

Stamped

Squares

Section

Rounds

Drawn

Drawn

Plates

Mpa

Tubes

Rings

Discs

Flats

ksi

HRB

HV5

%

HB

Parts

Rods

33

Nominal composition %

Alloy

Standards Nearest international standards Electrical conductivity %IACS 38 45

Cu

Bi

O

Cr

Zr

Co

Be

Ni

Fe

Mn

Al

Si

Zn

Sn

Pb

P

Other

CuNi2Si

NS5

DIN 17666 wn 2.0855 DIN 17672 w 2.0855 DIN 44759 cl A3.2 NFL 14-701 ISO 1187 EN 12163, EN 12167, EN 12420, EN 12165 CW111C DTD 498- RWMA class 3

remainder

2,3

0,6

8,8

CuNi2Si

NS6

RWMA class 3: C18000

remainder

0,6

2,3

0,6

8,8

Density

Forms/process

Mechanical properties

Available forms

Yield strength 0,2% offset or 0,5% E.U.L. (1)

Elongation 5,65 S

Physical properties Tensile strength

Impact strength KCU (1) or IZOD (2)

Forgings or stamped parts

Semi-finished products

Hardness

Tubes

Remarks Electrical resistivity at 20c cm Coefficient of expension 20 to 200 c x 10 - 6 K-1

Relative magnetic permeability

Thermal conductivity 20 to 200c W/mk

Young s modulus kN/mm2

Mpa ; * = Mpa

Extruded or forged

ksi ; * = Mpa

Forged blanks

Hexagones

section 1000 mm2 - 1,55 in. TER temper

650

94

590

86

10

195

4,5

180

16

1,01

130

1000 1 in. forged plate 19 thickness 25 mm - 0,75 in. thickness 1 in. forged plate 25 thickness 51 mm - 1 in. thickness 2 in. forged plate thickness> 51 mm - thickness > 2 in.

650

94

500

72

10

195

590

86

440

64

8

190

490

71

340

49

8

160

655 650 610

95 94 88

590 500 500

86 72 72

9 9 9

195 195 195

90 90 90

610

88

345

50

9

195

90

655

95

590

86

9

195

90

3,83

180

16

1,01

130

610

88

345

50

9

195

90

650

94

345

50

9

195

90

620

90

345

50

9

195

90

610

88

345

50

9

195

90

Machined

Extruded

Stamped

Squares

Section

Rounds

Drawn

Drawn

Plates

Mpa

Tubes

Rings

Discs

Flats

ksi

HRB

HV5

%

HB

Parts

Rods

35

Nominal composition %

Alloy

Standards Nearest international standards Electrical conductivity %IACS 9 5

Cu

Bi

O

Cr

Zr

Co

Be

Ni

Fe

Mn

Al

Si

Zn

Sn

Pb

P

Other

NAVINIC 10CuNi10Fe1Mn

ASTM B151-B171B466-B467: C70600, C70620 MIL T 16420 K, MIL C 15726, MIL C 24679 SAE J 463 CA 706 BS 2871 CN 102, BS 2874 CN 102 NES 779 JISH 3300 DIN 17664 wn 2.0872, DIN 17671-DIN 17672 DIN 86019 2.1972, CuNi10Fe1,6Mn, DIN 86028, DIN 86036, DIN 86037, DIN 86086, DIN 86087, DIN 86088, DIN 86089, DIN 86090, DIN 1755 VG 85 004 EEMUA 144, 145, 146 GAM MM11 - GAM MM13 INDRET IT 108 NFA 51-102 ISO 429 SIS 1456.67 EN 12163, EN 12449, EN 12165 CW352H

remainder

10

1,6

0,7

8,9

NAVINIC 30CuNi30Mn1Fe

ASTM B151-B171B466-B467: C71500, C71520 MIL T 16420 K, MIL C 15726, MIL C 24679 SAE J 463 CA 71500 BS 2871, BS 2874 CN 107 DGS 320, NES 780 DIN 17664 wn 2.0882 DIN 17671, DIN 17672 NFA 51-102, GAM MM11 INDRET IT-108 ISO 429 SIS 1456-82 JISH 3300 C7150 NES 780 70/30 EN 12163, EN 12420, EN 12165 EN 12449 CW354H

remainder

30

0,5

1

8,9

Density

Physical properties

34 Electrical resistivity at 20c cm Thermal conductivity 20 to 200c W/mk Coefficient of expension 20 to 200 c x 10 - 6 K-1 1,1 Relative magnetic permeability Young s modulus kN/mm2 50 17 1,1 130

19

30

16

130

annealed condition annealed condition Remarks

cold worked condition cold worked condition .22 annealed condition Extruded or forged Drawn Extruded Drawn Rods Tubes Forgings or stamped parts 310 320 310 350 Mpa ; * = Mpa ksi ; * = Mpa Mpa ksi % 70 HB HRB 70 70 HV5 Impact strength KCU (1) or IZOD (2) Rounds Squares Flats Hexagones Section Tubes Plates Discs Rings Forged blanks Stamped Machined Parts Hardness Tensile strength 44 46 51 44 110 110 160 250 16 23 36 16 35 25 15 35 70 100 11000 mm - section > 17 in as manufactured temper M

780

113

590

86

10

215

19

30

17

1,01 145

740

107

540

78

7

205

720

104

500

72

7

200

690

100

320

46

13

180

rods 12,7 25,4 mm - 0,5 in. 1 in. HR50 temper

760

110

469(1)

68(1)

10

201 to 248 201 to 248

rods 25,4 < 50,8 mm - 1 in.< 2 in. HR50 temper 22 40 16 1,5 125

760

110

413(1)

60(1)

10

rods 50,8 < 76,2 mm - 2 in. < 3 in. HR50 temper

723

105

379(1)

55(1)

10

187 to 241

rods 76,2 < 254 mm - 3 in.< 10 in. HR50, TQ50 temper tubes 50 mm - 2 in., thickness 10 mm - 0,4 in. HR50,TQ50 temper 15 25mm - 0,60 in. 1 in. , equivalent diameter 22 40 16 1,5 125 25 < 100 mm - 1in.< 4 in., equivalent diameter > 100 mm - > 4 in. , equivalent diameter rods 16 18 mm rods 18 < 80 mm rods > 80 mm 22 40 16 1,5 125 tubes 50 80, thickness 10 mm tubes, rings, discs > 80 mm, thickness 10 mm section 500 mm - section 0,8 in. 500< section 2000 mm - 0,8 in.< section 3,1 in. 20 45 16 1,1 120 2000 < section 5000 mm 3,1 in.< section 7,8 in.

689

100

345(1)

50(1)

10

187 to 241

689

95

345(1)

50(1)

10

190 165 24(2), 25(1) 27(2), 25(1) 23(2), 25(1)

680

99

325

47

17

640

93

295

43

17

160

620 700 700 650 700

90 102 94 94 94

250 400 370 320 370

36 58 54 46 54

18 15 12 15 12

150 190 190 190 190

650

94

320

46

12

190

640 640

93 93

280 270

41 39

15 16

165 160

25(1)

25(1) 25(1) 25(1) 25(1)

620 500

90 72 72

250 180 180

36 26 26

16 25 30

155 115 115

anneal temper

500

Machined

Extruded

Stamped

Squares

Section

Rounds

Drawn

Drawn

Plates

Mpa

Tubes

Rings

Discs

Flats

ksi

HRB

HV5

%

HB

Parts

Rods

39

Nominal composition %

Alloy

Standards Nearest international standards Electrical conductivity %IACS 8 8 12 12 8 9 6

Cu

Bi

O

Cr

Zr

Co

Be

Ni

Fe

Mn

Al

Si

Zn

Sn

Pb

P

Other

CuAl11Ni5Fe5

NCS

NFA 51-116 NFL 14-706 DIN 17665 WN 20978 DIN 17672 WN 20978 EN 12167, EN 12163, EN 12420 CW308G

remainder

5

5

11

7,5

AMS4590

AMS 4590 ASTM B150 : C63020

remainder

5

5

11

7,5

CuAl10Mn7Fe2

VNC

remainder

2,5

7

9

7,5

CuAl7Fe

VF7

ASTM B150 C61300 SAE J 463 C 641 DIN 17665 , DIN 17672 wn 2.0932

remainder

2,5

7

0,3

7,9

CuAl3Si

A3S

C 63600

remainder

3,5

1

8,3

CuSi3Fe2Zn3

SI45Z

AMS4616

remainder

1,5

3

3

8,6

CuZn23Al4MnFeNi

ZA4

NFL14708 ASTMB 138 C67000 alloy ASTMB171 C86200 alloy SAE J 461 CA 862 DIN 1709

remainder

1

2

2,5

5

23

7,8

CuZn19Al6MnFe

ZA9

NFL 14707 DIN 1709

remainder

3,5

5,5

7

18

7,6

Density

Forms/process

Mechanical properties

Available forms

Yield strength 0,2% offset or 0,5% E.U.L. (1)

Elongation 5,65 S

Physical properties Tensile strength

Impact strength KCU (1) or IZOD (2)

Forgings or stamped parts

Semi-finished products

Hardness

Tubes

Remarks Electrical resistivity at 20c cm Coefficient of expension 20 to 200 c x 10 - 6 K-1

Relative magnetic permeability

Thermal conductivity 20 to 200c W/mk

Young s modulus kN/mm2

Mpa ; * = Mpa

Extruded or forged

ksi ; * = Mpa

Forged blanks

Hexagones

740 22 40 16 1,5 125 .97 condition 740

107

390

57

8

185

107

440

64

5

185

19 25,4 - 0,75 in. 1 in. 22 40 16 125 25,4 < 50,8 - 1 in. < 2 in. 50,8 < 101,6 - 2 in. < 4 in.

931

135

689

100

6

255

896 896

130 130

655 621

95 90

6 6

255 255

16

120

690

320

13

170

25,4 < 50,8 mm - 1 in.< 2 in. HR50 temper 14 56 16 1,2 115 50,8 < 76,2 mm - 2 in.< 3 in. HR50 temper

495

72

275(1)

40(1)

30

485

70

240

(1)

35

(1)

30

14

57

17

110

stamped

316

46

80

12

30

30

21,5

30

17,5

110

cold worked temper H

540

78

340

49

12

150

as manufactured temper M

390

57

140

20

30

90

18

40

17

1,2

105

590

86

270

39

15

170

section 2000 mm - section 3,1in.2 28 35 17 1,2 110 section > 2000 mm - section > 3,1 in.2

830 780 780

120 113 113

590 540 540

86 78 78

10 7 7

225 225 225

Machined

Extruded

Stamped

Squares

Section

Rounds

Drawn

Drawn

Plates

Mpa

Tubes

Rings

Discs

Flats

ksi

HRB

HV5

%

HB

Parts

Rods

41

Nominal composition %

Alloy

Standards Nearest international standards Electrical conductivity %IACS 11 24 11

Cu

Bi

O

Cr

Zr

Co

Be

Ni

Fe

Mn

Al

Si

Zn

Sn

Pb

P

Other

CuZn39Pb2

LBU

NFL14710 NFA 51-105 EN 12164 CW612N ISO 426 DIN 17660 WN 20402 ASTMB124 C37700 ASTMB121 C35300 ASTMB283 C37700 SAE J 463 CA 377 BS 250 (CZ122)

remainder

39

0,5

2

8,4

CuZn36Ni2Mn

LB5

NFA 51-106 ISO 1338-426 DIN 17660 WN 20540

remainder

2

0,5

2

0,5

36

8,3

CuSn8,5P

BE10

DIN17662 WN 21030 EN 12163 CW453K NFL14703 ISO427 DTD 265 A QQB 750 D BS 2874 PB 104 SAE J 461 CA 521

remainder

8

0,15

8,8

TER = Quenched, cold worked and aged TR = Quenched and aged T= Quenched

Density

Physical properties

15 15 7 Electrical resistivity at 20c cm Thermal conductivity 20 to 200c W/mk 17 17,5 Coefficient of expension 20 to 200 c x 10 - 6 K-1 Relative magnetic permeability 100 105 115 Young s modulus kN/mm2 67 18

hard temper 1/2 hard temper section 2000 mm - section 3,1 in.2 1/2 hard temper section > 2000 mm - section> 3,1 in.2 1/2 hard temper section 25000 mm - section 38,75 in.2 1/2 hard temper Remarks Extruded or forged Drawn Extruded Drawn Rods Tubes Forgings or stamped parts 490 440 400 380 380 470 540 71 64 320 250 170 240 200 46 10 15 22 15 80 110 115 135 105 150 30 60 20 115 32 25 220 175 120 20 90 58 400 Mpa ; * = Mpa ksi ; * = Mpa Mpa ksi % HB HRB HV5 Impact strength KCU (1) or IZOD (2) Rounds Squares Flats Hexagones Section Tubes Plates Discs Rings Forged blanks Stamped Machined Parts Hardness Tensile strength

Forms/process

Yield strength 0,2% offset or 0,5% E.U.L. (1)

Mechanical properties

Elongation 5,65 S

Available forms

Semi-finished products

43

45

NOTES

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