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Nickel Alloy Foundry Grade Scraps

Nickel alloy foundry grade scrap is an important raw material in the production of nickel-based alloys that offer a range of benefits including cost-effectiveness, consistency in production, environmental benefits, and versatility in application.

We Deal in given below grades

NICKEL ALLOY FOUNDRY GRADE SCRAPS
ALLOY 20(CN7M) HAC 1 INCONEL 725 REFORMER TUBES
HAC 4 INCONEL 800 SANICRO 28 STELLITE 21
COPPER NICKEL HAC 22 INCONEL 825 STELLITE 6
INCONEL 625 (CW6MC) HAC 276 INCONEL 925 T - 400
CY40 HS6B MONEL 400 INCONEL 718
F - 75 INCONEL 600 NI RESIST 1A NITRONIC 40


Chemistry Nickel Alloy Foundry Grade Scraps Inconel 725

INCONEL 725
Elements Content (%)
Nickel, Ni 55 - 59
Chromium, Cr 19 - 22.5
Iron, Fe 9
Molybdenum, Mo 7 - 9.50
Niobium, Nb (Columbium, Cb) 2.75 - 4
Titanium, Ti 1 - 1.70
Aluminum, Al  0.35
Manganese, Mn  0.35
Silicon, Si  0.20
Carbon, C  0.030
Phosphorous, P  0.015
Sulfur, S  0.010


Chemistry Nickel Alloy Foundry Grade Scraps HS6B

HS6B
Elements Max Min
Co Bal  
Ni 3  
Cr 32 28
W 5.5 3.5
Mo 1.5  
Mn 2 0.5
C 1.4 0.9
Si 2 0.2
Fe 3  


Chemistry Nickel Alloy Foundry Grade Scraps ALLOY 20(CN7M)

ALLOY 20(CN7M)
Element Content (%)
Iron, Fe 35
Nickel, Ni 32-38
Chromium, Cr 19-21
Copper, Cu 3-4
Manganese Mn ≤2
Molybdenum, Mo 2-3
Niobium, Nb ≤1
Silicon, Si ≤1
Carbon, C ≤0.07
Phosphorous, P ≤0.045
Sulfur, S ≤0.035


Chemistry Nickel Alloy Foundry Grade Scraps SANICRO 28

SANICRO 28
Elements Content (%)
NI 30.0 – 34.0
C 0.030 max
SI 1.0 max
MN 2.50 max
P 0.030 max
S 0.030 max
CR 26.0 – 28.0
MO 3.0 – 4.0
CU 0.6 – 1.4
FE Bal* (29.01 min)


Chemistry Nickel Alloy Foundry Grade Scraps NITRONIC 40

NITRONIC 40
Elements Content (%)
C 0.04 max
P 0.060 max
Si 1.00 max
Ni 5.5-7.5
Fe Bal
Mn 8-Oct
S 0.030 max
Cr 19-21.5
N 0.15-0.40
Mo 0.75 max
Cu 0.75 max


Chemistry Nickel Alloy Foundry Grade Scraps Inconel 600

Inconel 600
Elements Max Min
Ni   72
C 0.15  
Mn 1  
Cr 17 14
S 0.015  
Si 0.5  
Fe 10 6


Chemistry Nickel Alloy Foundry Grade Scraps Stellite 6

Stellite 6
Elements Content (%)
C 1
Cr 26
W 5
Co Remaining
Nb 6%


Chemistry Nickel Alloy Foundry Grade Scraps MONEL K-500

MONEL K-500
Elements Content (%)
Ni 63.0 min
C 0.25 max
Al 2.3 – 3.15
Mn 1.5 max
Si 0.5 max
Fe 05 – 2
Cu 27.0 – 33.0
S 0.010 max
Ti 0.35 – 0.85
Cr –


Chemistry Nickel Alloy Foundry Grade Scraps INCONEL 625 (CW6MC)

INCONEL 625 (CW6MC)
Elements Content (%)
C 0.00-0.06
Mn 0.00-1.00 
Cr 20.00-23.00 
Mo 8.00-10.00 
Ni  60.94-72.00 
Fe 0.00-5.00 
Cu 0.00-0.00


Chemistry Nickel Alloy Foundry Grade Scraps HAC 4

HAC 4
Elements Content (%)
Nickel  65 Balance
Cobalt  2 max
Chromium 16
 Molybdenum 16
Iron  3 max
Manganese  1 max
Titanium  0.7 max
Silicon  0.08 max
Carbon  0.01 max
Copper  0.5 max


Chemistry Nickel Alloy Foundry Grade Scraps Copper Nickel

COPPER NICKEL
Element Content (%)
Nickel, Ni 14.5-15.5
Tin, Sn 7.5-8.5
Iron, Fe 0.5
Zinc, Zn 0.5
Manganese, Mn 0.3
Magnesium, Mg 0.15
Niobium, Nb 0.1
Lead, Pb 0.02
Copper, Cu Balance


Chemistry Nickel Alloy Foundry Grade Scraps CY 40

CY 40
Chemical Composition Mechanical Composition
C : O 0.4 Tensile Strength (Ksi) 0.00-70
Mn : 0-1.5 Tensile Strength (Mpa): 0.00-483
Cr :14-17 Yield Strength (ksi) : 28
Ni : Bal Elongation (%):30
Fe :0-11 Hardness (Brinell):0.00-150
Cu : 0.00-0.00  


Chemistry Nickel Alloy Foundry Grade Scraps F-75

F-75
Element Content (%)
Chromium, Cr 27–30 %
Molybdenum, Mo 5–7 %
Nickel, Ni <0,5 %
Iron, Fe <0.75 %
Carbon, C <0.35 %
Silicon, Si <1 %
Manganese, Mn <1 %
Tungsten, W <0.2 %
Phosphorus, P <0.02 %
Sulphur, S <0.01 %
Nitrogen, N <0.25 %
Aluminium, Al <0.1 %
Titanium, Ti <0.1 %
Boron, B <0.01 %
Cobalt, Co Balance 


Chemistry Nickel Alloy Foundry Grade Scraps HAC 22

HAC 22
Element Content (%)
Chromium, Cr 20-22.5
Molybdenum, Mo 12.5-14.5
Tungsten, W 2.5-3.5
Cobalt, Co 2.5 min
Iron, Fe 2-6
Manganese. Mn 0.5 max
Vanadium, V 0.35 min
Silicon, Si 0.08 max
Phosphorus, P 0.02 max
Sulfur, S 0.02 max
Carbon, C 0.015 max
Nickel, Ni Remainder


Chemistry Nickel Alloy Foundry Grade Scraps HAC 1

HAC 1
Element Content (%)
Alumina Al2O3 37–41%
Lime CaO 36–40%
Iron Oxide Fe2O3 9–10%
Silica SiO2 3–8%
Titanium TiO2 1.5–2%
Insoluble Material – 1%
Magnesium MgO 1%


Chemistry Nickel Alloy Foundry Grade Scraps Inconel 925

INCONEL 925
Element Content (%)
Nickel, Ni 44
Iron, Fe 28
Chromium, Cr 21
Molybdenum, Mo 3
Titanium, Ti 2.1
Copper, Cu 1.8
Aluminum, Al 0.3
Carbon, C 0.01


Chemistry Nickel Alloy Foundry Grade Scraps Inconel 800

INCONEL 800
Element Content (%)
Iron, Fe ≥39.5
Nickel, Ni 30-35
Chromium, Cr 19-23
Manganese, Mn ≤1.5
Others Remainder


Chemistry Nickel Alloy Foundry Grade Scraps Inconel 825

INCONEL 825
Element Content (%)
Nickel 38.0 – 46.0
Chromium 19.5 – 23.5
Molybdenum 2.5 – 3.5
Copper 1.5 – 3.0
Titanium 0.6 – 1.2
Iron 22.0 min (~33%)
Carbon 0.05 max
Manganese 1 max
Sulfur 0.03 max
Silicon 0.5 max
Aluminium 0.2 max


Chemistry Nickel Alloy Foundry Grade Scraps Monel 400

MONEL 400
Element Content (%)
Nickel, Ni Remainder
Copper, Cu 28-34
Iron, Fe 2.5 max
Manganese, Mn 2 max
Silicon, Si 0.5 max
Carbon, C 0.3 max
Sulphur, S 0.024


Chemistry Nickel Alloy Foundry Grade Scraps Ni Resist 1A

Ni Resist 1A
CHEMICAL COMPOSITION MECHANICAL PROPERTIES
C:0-3 Tensile Strength (ksi):0.00-25
Mn:0.5-1.5 Tensile Strength (MPa):0.00-172
Cr:1.5-2.5 Yield Strength (ksi):0.00
Mo:0.00-0.00 Elongation (%):0.00
Ni:13.5-17.5 Hardness (Brinell):131-183
Fe:0.00----  
Cu:5.5-7.5  


Chemistry Nickel Alloy Foundry Grade Scraps T 400

T 400
Element Content (%)
Nickel, Ni 63-70
Copper, Cu 28-34
Iron, Fe 2.5
Manganese, Mn 2
Silicon, Si 0.5
Carbon, C 0.3
Sulphur, S 0.024


Chemistry Nickel Alloy Foundry Grade Scraps HAC 276

HAC 276
Element Content (%)
Nickel, Ni 57
Molybdenum, Mo 15-17
Chromium, Cr 14.5-16.5
Iron, Fe 4-7
Tungsten, W 3-4.50
Cobalt, Co 2.5
Manganese, Mn 1
Vanadium, V 0.35
Silicon, Si 0.08
Phosphorous, P 0.025
Carbon, C 0.010
Sulfur, S 0.010


Chemistry Nickel Alloy Foundry Grade Scraps INCONEL 718

INCONEL 718
Element Content (%)
Carbon 0.08 max
Manganese 0.35 max
Phosphorus 0.015 max
Sulfur 0.015 max
Silicon 0.35 max
Chromium 17-21
Nickel 50-55
Molybdenum 2.80-3.30
Columbium 4.75-5.50
Titanium 0.65-1.15
Aluminum 0.20-0.80
Cobalt 1.00 max
Boron 0.006 max
Copper 0.30 max
Tantalum 0.05 max
Iron Balance

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