Liquid Melting Point Calculation

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Inconel, Stellite, Steel Powder

Alloy Liquid Melting Point Calculate

Alloy Melting Point is very important for the application of Thermal or Cold Spraying Powder, Laser or PTA Plasma Cladding Powder, 3D Printing or Additive Manufacturing Powder. Alloy Melting Point is depending on the chemical composition and factor of each Element, which suitable range is limited. It will be very convenient if we can calculate the Alloy Melting Point before testing and working out the powder process parameters. According to the former Metallurgist summery, the Liquid Melting Point Equation of Nickel Alloy or Cobalt Alloy or Iron Alloy including Inconel, Stellite, Steel etc. is separately as below. AMTmetalTech is Meticulously producing Crafted Top Quality & Enough Competitive Inconel, Stellite, Steel Powders for Bind Jet 3D Printing, HVOF Thermal or Cold Spraying, Laser or PTA Plasma Cladding etc. Please visit www.AMTmetalTech.com/StandardProducts/ for more details.

1.Nickel Alloy and Inconel Powder Liquid Melting Point Calculate

NiLMP(℃)=1453-61.7(C)-35(P)-32.3(S)-11.1(Ti)-13.2(Si)-2.1(Cu)-3.6(Mn)-5(Al)-0.6(V)-1(Mo)-1.6(Cr)-0(Co)-2.7(W)-66.5(B)

-62.5(O)-5.9(Ce)-6.8(Nb)-0.75(Fe)-5.3(Zr)-2.7(Mg)

Alloy Element

C

P

S

Ti

Si

Cu

Mn

Al

V

Mo

Cr

Co

W

B

O

Ce

Nb

Fe

Zr

Mg

Ni

Steel Melting   Point,

Melting Point   Reduction Factor

61.7

35

32.3

11.1

13.2

2.1

3.6

5

0.6

1

1.6

0

2.7

66.5

62.5

5.9

6.8

0.75

5.3

2.7

Bal.


Suitable Element   Range

2.22

0.5

1.2

7.5

2.5

2.85

2.2

5

8.7

13

27.5

50

10

2

0.24

2.2

15

20

10

5.5

Bal.


In625










9

22






3.5

3



Bal.

1383

In718




0.9




0.6


3

20






5

17



Bal.

1358

Ni60A

0.8




4






18



4




3



Bal.

1054

Ni25A

0.08




3









1.5




3



Bal.

1306

NiAlMo








39


14











Bal.

1244

2.Cobalt Alloy and Stellite Powder Liquid Melting Point Calculate

CoLMP(℃)=1494-66.8(C)-41.1(P)-35(S)-10(Ti)-16.7(Si)-3.3(Cu)-6.25(Mn)-10(Al)-3.75(V)-1.25(Mo)-2.17(Cr)-0.45(Ni)-0(W)-40(B)

-191.3(O)-8.3(Ce)-12.7(Nb)-1.87(Fe)-18.8(Zr)-11(Mg)-8.7(La)

 

Alloy Element

C

P

S

Ti

Si

Cu

Mn

Al

V

Mo

Cr

Ni

W

B

O

Ce

Nb

Fe

Zr

Mg

La

Co

Steel Melting   Point,

Melting Point   Reduction Factor

66.8

41.1

35

10

16.7

3.3

6.25

10

3.75

1.25

2.17

0.45

0

40

191.3

8.3

12.7

1.87

18.8

11

8.7

Bal.


Suitable Element   Range

2.68

0.1

0.1

5

2

1

5

5

5

15

30

50

20

0.1

0.23

1

10

20

1

0.1

1

Bal.


Stellite1

2.4




1





1

31

3

13


0.1



3




Bal.

1222

Stellite12

1.4




1.5





1

29

3

8


0.1



3




Bal.

1285

Stellite6

1.2




1.1





1

29

3

4


0.1



3




Bal.

1305

StelliteSF6

0.7




2.5






19

14

7.5

1.7

0.1



4




Bal.

1263

Stellite21

0.25




2





5.5

27.5

2.5



0.1



2




Bal.

1353

Tribaloy400

0.08




2.6





28.5

8.5

1.5



0.1



1.5




Bal.

1369

3.Iron Alloy and Steel Powder Liquid Melting Point Calculate

FeLMP(℃)=1535-65(C)-30(P)-25(S)-20(Ti)-8(Si)-7(Cu)-5(Mn)-2.5(Ni)-2.7(Al)-2(V)-1.7(Mo)-1.5(Cr)-1.7(Co)-1(W)-1300(H)-90(N)-80(B)

-80(O)-5(Ce)-6.5(Nb)

Alloy Element

C

P

S

Ti

Si

Cu

Mn

Ni

Al

V

Mo

Cr

Co

W

H

N

B

O

Ce

Nb

Fe

Steel Melting   Point,

Melting Point   Reduction Factor

65

30

25

20

8

7

5

2.5

2.7

2

1.7

1.5

1.7

1

1300

90

80

80

5

6.5

Bal.


Suitable Element   Range

1

0.01

0.08

5

3

2

1.5

30

5.2

1

20

18

20

18

0.003

0.03

0.01

0.17

0.3

8.3

Bal.


316L

0.02

0.03

0.03


0.8


1.5

12



2.5

17.0






0.1



Bal.

1450

FeCrNiBC

0.6

0.03

0.03


0.8


1.5

12




32





3.6

0.1



Bal.

1106

FeCrNiMoC

1.7

0.03

0.03


1.3


1.5

16



4.5

29






0.1



Bal.

1306

2205

0.02

0.03

0.03


0.8


1.5

5



3

22




0.15


0.1



Bal.

1446

431

0.18




0.8


1

2




17









Bal.

1481

 


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