RE Alloy Powder

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1. Non self-Fluxing Ni-based alloy powder 

Powder

Chemical Analysis

C

Cr

Si

W

Fe

Mo

Ni

Co

Mn

Al

Other

Ni 77

0.15

0.15

 

 18.5

1

 5.2

Bal

 0.05

3.5

4.25

Cu:20

Ni 80

0.17

14

B 0.15

 4

 

 4

Bal

 9.5

 

5

 

Ni 95 

0.15

14

 

 3.5

 

 3.5

Bal

 8

Nb3.5

2.5

 

Ni 263 

0.06

20

 

 

 

 5.8

Bal

 20

0.5

2.2

 

Ni 276 

0.01

15.5

0.03

 4

 

 16

Bal

 2.5

1

 

 

Ni 400

0.15

 

1.25

 Cu 30

1.5

 

Bal

 

3.5

2

 

Ni 625

0.05

21.5

0.2

 

1.5

 9

Bal

 

Nb 3.6

 

 

Ni 700

0.08

15.5

3.4

 

 

 32.5

Bal

 3

 

 

 

Ni 718

0.06

19

 

 

18

3

Bal

 

Nb 5

1

 

Ni 5050

1

50

1

 

 

 

Bal

 

1.6

 

 

Ni C01

0.01

16

1

 4.5

3

 15.5

Bal

 2

2

 

 

 

2. Self-Fluxing Ni-Based alloy powder

Powder

Hardness

Chemical analysis

Ni

Cr

Si

B

Fe

Cu

Mo

C

Ni15

15 HRC

BAL

 

1.8

1.2

1

22

 

0.1

Ni20

20 HRC

BAL

 

2.3

1.25

1.25

 

 

0.1

Ni25A

25 HRC

BAL

 

2.3

1.75

1.25

 

 

0.1

Ni 25

25 HRC

BAL

 

3.5

1.5

8

 

 

0.2

Ni 35

35 HRC

BAL

10.5

3.5

2

10

 

 

0.3

Ni 45

45 HRC

BAL

12

4

2.4

10

Mn:0.1

 

0.45

Ni 55

55 HRC

BAL

15.5

4

3

14

 

3

0.75

Ni 60

59 HRC

BAL

15.5

4

3.5

15

 

 

0.8

Ni 62

61 HRC

BAL

15.5

3.8

4

14

W:10.5

 

1

3. Self-Fluxing Co-Based alloy powder 

Powder

Hardness

Chemical Analysis

Co

Cr

Si

B

Mo

Fe

Ni

W

C

Co 45

45 HRC

BAL

29

1

0.85

 

5

 

5

1

Co 50

50 HRC

BAL

19

4

3

5.5

2.5

29

 

0.25

Co 55

55 HRC

BAL

30

4

3

 

2.5

11

5.5

1

Co 60

60 HRC

BAL

27.5

1.5

Mn:0.5

3

3

4

4.5

1

4. Non Self-Fluxing Co-Based alloy powder 

Alloy

Hardness

Chemical Analysis

Co

Cr

Ni

Mo

Fe

Si

W

Mn

C

Co 212

26 - 30 HRC

BAL

27

1

6

2

2

 

1

0.25

Co 222

26 - 30 HRC

BAL

27

1

6

1

2

 

1

0.25

Co 310

38 - 42 HRC

BAL

25

10

 

1.5

2

7

1

0.5

Co 400

51 - 58 HRC

BAL

8.5

3

28.5

1

2.6

 

1

0.08

Co 452

38 - 42 HRC

BAL

29

3

 

3

2

5

1

1

Co 502

41 - 45 HRC

BAL

29

3

 

3

2

8

1

1.5

Co 552

50 - 54 HRC

BAL

30

3

 

3

2

13

1

2.5

Co 800

54 - 62 HRC

BAL

17.5

3

28.5

1

3.4

 

1

0.08

Co F01

40 - 44 HRC

BAL

25

22

 

1

2

12

1

1.5

 

5. NiCrAlY alloy powder 

Alloy

Chemical analysis

Ni

Cr

Al

Y

Co

Ta

Fe

Mo

NiCrAlY-1

BAL

17

6

0.5

 

 

 

 

NiCrAlY-2

BAL

22

10

1

 

 

 

 

NiCrAlY-3

BAL

24

8

0.5

 

 

 

 

NiCrAlY-4

BAL

25

6

0.5

 

 

 

 

NiCrAlY-5

BAL

31

11

0.6

 

 

 

 

NiCoCrAlY

BAL

17

12

0.5

23

 

 

 

NiCoCrAlTaY

BAL

20

8.5

0.1

23

4

 

 

CoNiCrAlY

32

21

8

0.5

BAL

 

 

 

NiCrAlFeMo

BAL

8

7

 

 

 

5

5

NiAl-1

95

 

5

 

 

 

 

 

NiAl-2

90

 

20

 

 

 

 

 

NiAlMo

BAL

 

5.5

 

 

 

 

5

 

6. Spray alloy powder 

Type

Alloy

Chemical Analysis

单质金属粉末
Pure Metals

W

99.8

Mo

99.5

Cu

99.9

Sn

99.9

Zn

99.9

Ni

99.9

Co

99.8

二元合金
Binary Alloys

Fe-Ni

1 - 50 Ni

Fe-Co

1 - 50 Co

Fe-Cr

1 - 50 Cr

Fe-Si

1 - 45 Si

Ni-Cr

1 - 50 Cr

Cu-Sn (Bronze)

1 - 50 Sn

Cu-Al (Al Bronze)

1 - 20 Al

不锈钢
Stainless Steels

AusteniticMartensitic

304, 316L, 430L, 17-4PH

CrownRe produces the high class alloy and minor metals via gas atomized process, which shows much good spherical shape and low oxygen and Carbon content. and we also offer most customized production according to the composition requests from the end-users. For more detailed information, please feel free to contact our sales division info@cnretec.com. Thanks.