Pure Metals and Metal Alloys

Advanced alloy powders, pure and simple

From simple coatings for buildup repair to complex coatings that protect against high-temperature wear and oxidation, we offer a wide range of pure metal-based alloy powders. We use a variety of manufacturing techniques—including argon gas atomization (AGA), vacuum sintering, agglomeration and physical blending—to produce standard and custom powders that deliver the coating properties your application demands.

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Aluminum Based -

Powder Name & Composition	Chemistry & Size	Characteristics	Safety Data Sheet (SDS)
AL-104 Aluminum (Atomized)	Al 99.0 min -90 µm/+45 µm	Corrosion protection coating Good for repair of Al and Mg based parts Very dense coating Good for electrical conductivity	AL-104 (109KB)
AL-102 Al-12 Si (Atomized)	Si 12.0 Al balance -90 µm/+45 µm	Good for repair of Al and Mg based parts Harder and denser than pure Al Turbine engine abradable-gas path seal coating Makes bright, smooth, shiny finishes	AL-102 (116KB)
AL-123 AEP-32 (Sintered)	Proprietary	Proprietary Rolls-Royce Allison electrophoretic material	AL-123 (117KB)
AL-131 AEP-100 (Sintered)	Proprietary	Proprietary Rolls-Royce Allison electrophoretic material	AL-131 (115KB)
AL-228 Al-12 Si 40 Polyester (Blend)	Polyester 40.0 Si 7.2 Al balance -125 µm/+11 µm	High-quality abradable material Useable up to 617°F / 325°C	AL-228 (132KB)

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Cobalt Based -

Powder Name & Composition	Chemistry & Size	Characteristics	Safety Data Sheet (SDS)
CO-103 CoCrNiW (Atomized)	Cr 25.5 Ni 10.5 W 7.5 C 0.5 Co balance -45 µm/+5 µm	Similar to Co Alloy 31 and X40 Excellent oxidation resistance Replaces WC in high-temperature applications Smooth as-sprayed coating Suited for repair of Co-based parts	CO-103 (129KB)
CO-105 / CO-285-2 CoCrNiW (Atomized)	Cr 25.5 Ni 10.5 W 7.5 C 0.5 Co balance -75 µm/+45 µm	Similar to Co Alloy 31 and X40 Excellent oxidation resistance Replaces WC in high-temperature applications Smooth as-sprayed coating Suited for repair of Co-based parts	CO-105 (118KB) CO-285-2 (132KB)
CO-285 CoCrNiW (Atomized)	Cr 25.5 Ni 10.5 W 7.5 C 0.5 Co balance -106 µm/+45 µm	Similar to Co Alloy 31 and X40 Excellent oxidation resistance Replaces WC in high-temperature applications Smooth as-sprayed coating Suited for repair of Co-based parts	CO-285 (132KB)
CO-285-12 / 1245F CoCrNiW (Atomized)	Cr 25.5 Ni 10.5 W 7.5 C 0.5 Co balance -53 µm/+22 µm	Similar to Co Alloy 31 and X40 Excellent oxidation resistance Replaces WC in high-temperature applications Smooth as-sprayed coating Suited for repair of Co-based parts	CO-285-12 / 1245F (132KB)
CO-106-1 CoCrWSiC (Atomized)	Cr 28.0 W 4.0 C 1.0 Si 1.0 Co balance -45 µm/+11 µm	Similar to Co Alloy 6 Excellent wear properties Produces hard, dense coatings High-temperature wear and corrosion properties	CO-106-1 (132KB)
CO-106-8 / 1256F CoCrWSiC (Atomized)	Cr 28.0 W 4.0 C 1.0 Si 1.0 Co balance -53 µm/+22 µm	Similar to Co Alloy 6 Excellent wear properties Produces hard, dense coatings High-temperature wear and corrosion properties	CO-106-8 / 1256F (130KB)
CO-109 CoMoCrSi (Atomized)	Mo 28.5 Cr 8.5 Si 2.6 Co balance -45 µm	Similar to Tribaloy^® 400 Intermetallic Laves phases provide excellent wear properties from room temperature to 1500°F / 816°C Good hot hardness, oxidation and corrosion properties Low coefficient of friction	CO-109 (129KB)
CO-109-3 CoMoCrSi (Atomized)	Mo 28.5 Cr 8.5 Si 2.6 Co balance -38 µm / +16 µm	Similar to Tribaloy^® 400 Intermetallic Laves phases provide excellent wear properties from room temperature to 1500°F / 816°C Good hot hardness, oxidation and corrosion properties Low coefficient of friction	CO-109 (129KB)
CO-109-7 CoMoCrSi (Atomized)	Mo 28.5 Cr 8.5 Si 2.6 Co balance -45 µm/+22 µm	Similar to Tribaloy^® 400 Intermetallic Laves phases provide excellent wear properties from room temperature to 1500°F / 816°C Good hot hardness, oxidation and corrosion properties Low coefficient of friction	CO-109-7 (129KB)
CO-111 CoMoCrSi (Atomized)	Mo 28.5 Cr 17.5 Si 3.4 Co balance -45 µm/+11 µm	Similar to Tribaloy^®800 Intermetallic Laves phases provide excellent wear properties from room temperature to 1500°F / 816°C Good hot hardness, oxidation and corrosion properties Low coefficient of friction	CO-111 (135KB)
CO-111-10 CoMoCrSi (Atomized)	Mo 28.5 Cr 17.5 Si 3.4 Co balance -45 µm/+16 µm	Similar to Tribaloy^® 800 Intermetallic Laves phases provide excellent wear properties from room temperature to 1500°F / 816°C Good hot hardness, oxidation and corrosion properties Low coefficient of friction	CO-111-10 (135KB)
CO-114-2 CoCrWNiV (Atomized)	Cr 28.0 W 19.5 Ni 5.0 V 1.0 Co balance -75 µm/+45 µm	Similar to CM-64 Excellent high-temperature wear and oxidation properties Serviceable to 1350°F / 732°C Hard, dense coating suitable for repair of Co-based parts	CO-114-2 (133KB)
CO-263-3 CoCrNiWSi (Atomized)	Cr 29.5 Ni 10.5 W 7.0 Si 0.8 Co balance -45 µm/+16 µm	Similar to FSX-414 Good oxidation resistance Superalloy used in aerospace applications	CO-263-3 (133KB)
CO-174 CoCrAlHf (Atomized)	Cr 26.0 Al 10.5 Hf 2.75 Co balance -45 µm/+5 µm	Atomized CoCrAlHf alloy	CO-174 (128KB)
CO-216 CoCrNiSiW (Atomized)	Cr 19.0 Ni 17.0 Si 8.0 W 4.0 Co balance -106 µm	Designed for brazing of superalloys Advantages include high-temperature strength and oxidation resistance	CO-216 (134KB)
CO-216-4 CoCrNiSiW (Atomized)	Cr 19.0 Ni 17.0 Si 8.0 W 4.0 Co balance -45 µm	Designed for brazing of superalloys Advantages include high-temperature strength and oxidation resistance	CO-216-4 (134KB)
CO-222 CoCrNiWTa (Atomized)	Cr 23.4 Ni 10.0 W 7.0 Ta 3.5 Co balance -45 µm	Similar to MAR-M-509 Primarily used in repair applications	CO-222 (138KB)
CO-222-3 CoCrNiWTa (Atomized)	Cr 23.4 Ni 10.0 W 7.0 Ta 3.5 Co balance -106 µm/+45 µm	Similar to MAR-M-509 Primarily used in repair applications	CO-222-3 (138KB)
CO-333 CoCrNiWTaB (Atomized)	Cr 28.3 Ni 10.0 W 7.0 Ta 3.5 B 2.8 Co balance -45 µm/+11 µm	Similar to MAR-M-509+B Low-melt temperature version of CO-222 Used in brazing applications	CO-333 (134KB)
CO-333-7 CoCrNiWTaB (Atomized)	Cr 28.3 Ni 10.0 W 7.0 Ta 3.5 B 2.8 Co balance -125 µm/+45 µm	Similar to MAR-M-509+B Low-melt temperature version of CO-222 Used in brazing applications	CO-333-7 (134KB)

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Copper Based -

Powder Name & Composition	Chemistry & Size	Characteristics	Safety Data Sheet (SDS)
CU-101 CuNiIn (Atomized)	Ni 36.5 In 5.0 Cu balance -45 µm/+5 µm	Excellent anti-fretting coating Dense coatings with low porosity and oxide content	CU-101 (132KB)
CU-102 CuNiIn (Atomized)	Ni 36.5 In 5.0 Cu balance -75 µm/+45 µm	Excellent anti-fretting coating Dense coatings with low porosity and oxide content	CU-102 (132KB)
CU-103 Cu-38Ni (Atomized)	Ni 38.0 Cu balance -75 µm/+45 µm	Protects against fretting and galling Dense coatings with low oxide content	CU-103 (132KB)
CU-116 Cu-38Ni (Atomized)	Ni 38.0 Cu balance -45 µm	Protects against fretting and galling Dense coatings with low oxide content	CU-116 (132KB)
CU-104 Cu-10AI-1Fe (Al-Bronze) (Atomized)	AI 10.0 Fe 1.0 Cu balance -53 µm/+5 µm	Good bearing material Resistant to fretting and galling at low temperatures Easily machined coating	CU-104 (120KB)
CU-104-2 Cu-10AI-1Fe (Al-Bronze) (Atomized)	AI 10.0 Fe 1.0 Cu balance -53 µm/+11 µm	Good bearing material Resistant to fretting and galling at low temperatures Easily machined coating	CU-104-2 (120KB)
CU-104-5 Cu-101AI-1Fe (Al-Bronze) (Atomized)	Al 10.0 Fe 1.0 Cu balance -125 µm/+45 µm	Good bearing material Resistant to fretting and galling at low temperatures Easily machined coating	CU-104-5 (120KB)
CU-159-3 Pure Cu (Atomized)	Cu 99.0 min -38 µm/+11 µm	Atomized, pure Cu	CU-159-3 (120KB)
CU-159 Pure Cu (Atomized)	Cu 99.0 min -31 µm/+5 µm	Atomized, pure Cu	CU-159 (120KB)
CU-159-1 Pure Cu (Atomized)	Cu 99.0 min -75 µm/+45 µm	Atomized, pure Cu	CU-159-1 (120KB)

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Iron Based -

Powder Name & Composition	Chemistry & Size	Characteristics	Safety Data Sheet (SDS)
FE-101 FeCrNiMo (316 SS) (Atomized)	Cr 17.0 Ni 12.0 Mo 2.5 Fe balance -45 µm	Excellent corrosion properties Smooth coating that is easily machined Good against fretting, cavitation and erosion Good for dimensional repair and build-up	FE-101 (127KB)
FE-271-4 FeCrNiMo (316 SS) (Atomized)	Cr 17.0 Ni 12.0 Mo 2.5 Fe balance -106 µm/+45 µm	Excellent corrosion properties Smooth coating that is easily machined Good against fretting, cavitation and erosion Good for dimensional repair and build-up	FE-271-4 (132KB)
FE-271 / 1236F FeCrNiMo (316 SS) (Atomized)	Cr 17.0 Ni 12.0 Mo 2.5 Fe balance -53 µm/+22 µm	Excellent corrosion properties Smooth coating that is easily machined Good against fretting, cavitation and erosion Good for dimensional repair and build-up	FE-271 / 1236F (132KB)
FE-108-3 FeCr (420 SS) (Atomized)	Cr 12.5 Fe balance -45 µm/+16 µm	Useful below 1200°F / 649°C Good against fretting, cavitation and erosion Excellent corrosion properties	FE-108-3 (116KB)
FE-211-5 / 1234F FeCr (420 SS) (Atomized)	Cr 13.0 C 0.4 Fe balance -53 µm/+22 µm	Moderately hard coating Useful below 1200°F / 649°C Good against fretting, cavitation and erosion Excellent wear and corrosion resistance	FE-211-5 / 1234F (116KB)
FE-328-1 FeNiCoMo (Atomized)	Ni 18.0 Co 9.0 Mo 5.0 Fe balance -45 µm/+16 µm	Atomized FeNiCoMo alloy	FE-328-1 (130KB)

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Molybdenum Based -

Powder Name & Composition	Chemistry & Size	Characteristics	Safety Data Sheet (SDS)
MO-103 Molybdenum (Agglomerated)	Mo 99.5 min -22 µm	Self-bonding to most metallic surfaces Natural lubricity and high hardness Good wear properties Useful up to 600°F / 316°C	MO-103 (116KB)
MO-130-1 Molybdenum (Agglomerated)	Mo 99.5 min -75 µm/+45 µm	Self-bonding to most metallic surfaces Natural lubricity and high hardness Good wear properties Useful up to 600°F / 316°C	MO-130-1 (116KB)
MO-130-2 / 1193F Molybdenum (Agglomerated)	Mo 99.5 min -45 µm/+16 µm	Self-bonding to most metallic surfaces Natural lubricity and high hardness Good wear properties Useful up to 600°F / 316°C	MO-130-2 / 1193F (116KB)
MO-102 Molybdenum (Plasma Densified)	Mo 99.5 min -90 µm/+45 µm	Self-bonding to most metallic surfaces Natural lubricity and high hardness promote Good wear properties Useful up to 600°F / 316°C	MO-102 (116KB)
Al-1054 Molybdenum (Blend)	Ni 18.3 Cr 3.5 Si 1.0 Fe 1.0 Mo balance -45 µm/+16 µm	Coating structure promotes oil retention High wear resistance Low-coefficient resistance	AI-1054 (135KB)

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Nickel Based -

Powder Name & Composition	Chemistry & Size	Characteristics	Safety Data Sheet (SDS)
NI-101 Nickel (Atomized)	Ni 99.00 min -45 µm/+11 µm	Coatings are dense and moderately hard Good corrosion and oxidation properties Good for repair of Ni and SS parts Can be used for ceramic bond coat Easily machined Useful up to 1000°F / 538°C	NI-101 (131KB)
NI-969 Nickel (Atomized)	Ni 99.00 min -75 µm/+45 µm	Coatings are dense and moderately hard Good corrosion and oxidation properties Good for repair of Ni and SS parts Can be used for ceramic bond coat Easily machined Useful up to 1000°F / 538°C	NI-969 (131KB)
NI-914-3 Nickel (Atomized)	Ni 99.00 min -45 µm/+16 µm	Coatings are dense and moderately hard Good corrosion and oxidation properties Good for repair of Ni and SS parts Can be used for ceramic bond coat Easily machined Useful up to 1000°F / 538°C	NI-914-3 (131KB)
NI-105 Ni-20Cr (Atomized)	Cr 20.0 Ni balance -45 µm/+5 µm	Produces bright and smooth coatings Exhibits good bonding characteristics Resists oxidation and corrosive gases up to 1800°F / 982°C Suitable as a ceramic bond coat Good for general repair and build-up Good corrosion and oxidation properties	NI-105 (131KB)
NI-106 Ni-20Cr (Atomized)	Cr 20.0 Ni balance -63 µm/+11 µm	Produces bright and smooth coatings Exhibits good bonding characteristics Resists oxidation and corrosive gases up to 1800°F / 982°C Suitable as a ceramic bond coat Good for general repair and build-up Good corrosion and oxidation properties	NI-106 (132KB)
NI-107 Ni-20Cr (Atomized)	Cr 20.0 Ni balance -125 µm/+45 µm	Produces bright and smooth coatings Exhibits good bonding characteristics Resists oxidation and corrosive gases up to 1800°F / 982°C Suitable as a ceramic bond coat Good for general repair and build-up Good corrosion and oxidation properties	NI-107 (132KB)
NI-105-7 / 1262F Ni-20Cr (Atomized)	Cr 20.0 Ni balance -53 µm/+22 µm	Produces bright and smooth coatings Exhibits good bonding characteristics Resists oxidation and corrosive gases up to 1800°F / 982°C Suitable as a ceramic bond coat Good for general repair and build-up Good corrosion and oxidation properties	NI-105-7 / 1262F (132KB)
NI-980-1 / 1260F Ni-50Cr (Atomized)	Cr 46.0 Fe 1.0 Ni balance -53 µm/+22 µm	Coatings are resistant to corrosive gases (V and S) Good boiler coating material	NI-980-1 / 1260F (134KB)
NI-980-4 Ni-50Cr (Atomized)	Cr 46.0 Fe 1.0 Ni balance -45 µm/+16 µm	Coatings are resistant to corrosive gases (V and S) Good boiler coating material	NI-980-4 (134KB)
NI-167 NiCrBSiFe (Atomized)	Cr 14.5 Fe 4.5 Si 4.5 B 3.25 C 0.75 Ni balance -106 µm/+45 µm	Self-fluxing type alloy Good corrosion and wear properties May be blended with a carbide and applied via spray/fuse process Serviceable up to 1500°F / 816°C	NI-167 (134KB)
NI-167-6 NiCrBSiFe (Atomized)	Cr 14.5 Fe 4.5 Si 4.5 B 3.25 C 0.75 Ni balance -45 µm/+16 µm	Self-fluxing type alloy Good corrosion and wear properties May be blended with a carbide and applied via spray/fuse process Serviceable up to 1500°F / 816°C	NI-167-6 (134KB)
NI-167-6 NiCrBSiFe (Atomized)	Cr 14.5 Fe 4.5 Si 4.5 B 3.25 C 0.75 Ni balance -53 µm/+22 µm	Self-fluxing type alloy Good corrosion and wear properties May be blended with a carbide and applied via spray/fuse process Serviceable up to 1500°F / 816°C	NI-1024 / 1275H (135KB)
NI-1024 / 1275H NiCrBSiFe (Atomized)	Cr 16.5 Si 4.2 Fe 4.5 B 3.1 C 0.8 Ni balance -53 µm/+22 µm	Self-fluxing type alloy Good corrosion and wear properties May be blended with a carbide and applied via spray/fuse process Serviceable up to 1500°F / 816°C	NI-1024 / 1275H (135KB)
1276F NiWCrSiB (Atomized)	W 16.5 Cr 15.5 Si 4.0 Fe 3.5 B 2.9 Ni balance -63 µm/+22 µm	Hard, machineable coating, as-sprayed or fused Resists abrasion and erosion at high temperatures	1276F (39KB)
NI-185 Ni-5Al (Atomized)	Al 5.0 Ni balance -90 µm/+45 µm	Water-atomized Ni-Al powder Good oxidation and corrosion properties Can be used for a ceramic bond coat Good for repair and build-up Thick coatings are possible Easily machined	NI-185 (131KB)
NI-970 Ni-5Al (Clad)	Al 5.1 Ni balance -90 µm/+45 µm	Clad Ni-Al powder Properties similar to Ni-185 Superior deposition efficiency Smoke-free sprayability	NI-970 (131KB)
NI-109 Ni-5Al (Composite)	Al 5.0 Ni Rem -90 µm/+45 µm	Composite Ni-Al powder Self-bonds to most metallic surfaces Properties similar to Ni-185	NI-109 (131KB)
NI-122 Ni-18Cr-6Al (Composite)	Cr 18.0 Al 6.0 Si 1.0 Ni balance -125 µm/+45 µm	Self-bonds to most metallic surfaces Good oxidation and corrosion properties Good for general repair and buildup Thick coatings are possible	NI-122 (134KB)
NI-528 NiCrAl (Atomized)	Cr 18.0 Al 6.0 Ni balance -45 µm/+11 µm	Similar to Ni-122 but suitable for spraying with HVOF Good oxidation and corrosion properties Good for general repair and buildup Thick coatings are possible Smoke-free sprayability	NI-528 (132KB)
NI-630 NiCrAlFeMo (Composite)	Cr 9.75 Al 7.2 Fe 4.5 Mo 2.0 Ni balance -150 µm/+45 µm	Machinable stainless steel type coating Self-bonds to most metallic surfaces Good oxidation and corrosion properties Good for repair and buildup Thick coatings are possible Useful up to 1600°F / 871°C	NI-630 (132KB)
NI-183 NiCrCoTiW (Atomized)	Cr 14.0 Co 9.5 Ti 5.0 W 4.0 Mo 4.0 Al 3.0 Ni balance -125 µm/+45 µm	Similar to Rene 80 Good for repair and build-up of similar chemistry superalloy components	NI-183 (137KB)
NI-183-1 NiCrCoTiW (Atomized)	Cr 14.0 Co 9.5 Ti 5.0 W 4.0 Mo 4.0 Al 3.0 Ni balance -45µm	Similar to Rene 80 Good for repair and build-up of similar chemistry superalloy components	NI-183-1 (137KB)
NI-183-4 NiCrCoTiW (Atomized)	Cr 14.0 Co 9.5 Ti 5.0 W 4.0 Mo 4.0 Al 3.0 Ni balance -45 µm/+16 µm	Similar to Rene 80 Good for repair and build-up of similar chemistry superalloy components	NI-183-4 (137KB)
NI-202 NiCrFeNb-TaMoTi (Atomized)	Cr 19.0 Fe 18.0 Nb+Ta 5.1 Mo 3.0 Ti 1.0 Ni balance -125 µm/+45 µm	Similar to Alloy 718 Excellent high-temperature oxidation and corrosion properties Good for repair and build-up of similar superalloy components Useful up to 1800°F / 982°C	NI-202 (144KB)
NI-202-1 NiCrFeNb-TaMoTi (Atomized)	Cr 19.0 Fe 18.0 Nb+Ta 5.1 Mo 3.1 Ti 1.0 Ni balance -90 µm/+45 µm	Similar to Alloy 718 Excellent high-temperature oxidation and corrosion properties Good for repair and build-up of similar superalloy components Useful up to 1800°F / 982°C	NI-202-1 (144KB)
NI-202-2 NiCrFeNb-TaMoTi (Atomized)	Cr 19.0 Fe 18.0 Nb+Ta 5.1 Mo 3.1 Ti 1.0 Ni balance -45 µm/+11 µm	Similar to Alloy 718 Excellent high-temperature oxidation and corrosion properties Good for repair and build-up of similar superalloy components Useful up to 1800°F / 982°C	NI-202-2 (144KB)
NI-202-3 / 1278F NiCrFeNb-TaMoTi (Atomized)	Cr 19.0 Fe 18.0 Nb+Ta 5.1 Mo 3.1 Ti 1.0 Ni balance -45 µm/+16 µm	Similar to Alloy 718 Excellent high-temperature oxidation and corrosion properties Good for repair and build-up of similar superalloy components Useful up to 1800°F / 982°C	NI-202-3 / 1278F (144KB)
NI-202-23 NiCrFeNb-TaMoTi (Atomized)	Cr 19.0 Fe 18.0 Nb+Ta 5.1 Mo 3.1 Ti 1.0 Ni balance -22 µm	Similar to Alloy 718 Excellent high-temperature oxidation and corrosion properties Good for repair and build-up of similar superalloy components Useful up to 1800°F / 982°C	NI-202-23 (144KB)
NI-256 Proprietary Superalloy (Atomized)	Proprietary	Product data available through OEM	NI-256 (144KB)
NI-256-1 Proprietary Superalloy (Atomized)	Proprietary	Product data available through OEM	NI-256-1 (144KB)
NI-256-2 Proprietary Superalloy (Atomized)	Proprietary	Product data available through OEM	NI-256-2 (144KB)
NI-256-7 Proprietary Superalloy (Atomized)	Proprietary	Product data available through OEM	NI-256-7 (144KB)
NI-328 NiCrMoNb (Atomized)	Cr 21.5 Mo 9.0 Nb + Ta 3.7 Ni balance -45 µm/+11 µm	Similar to Alloy 625 Excellent high-temperature oxidation and corrosion properties Good for repair and buildup of similar chemistry superalloy components Useful up to 1800°F / 982°C	NI-328 (133KB)
Ni-328-1 NiCrMoNb (Atomized)	Cr 21.5 Mo 9.0 Nb + Ta 3.7 Ni balance -90 µm/+45 µm	Similar to Alloy 625 Excellent high-temperature oxidation and corrosion properties Good for repair and buildup of similar chemistry superalloy components Useful up to 1800°F / 982°C	NI-328-1 (133KB)
NI-328-5 / 1265F NiCrMoNb (Atomized)	Cr 21.5 Mo 9.0 Nb + Ta 3.7 Ni balance -53 µm/+22 µm	Similar to Alloy 625 Excellent high-temperature oxidation and corrosion properties Good for repair and buildup of similar chemistry superalloy components Useful up to 1800°F / 982°C	NI-328-5 (133KB)
NI-544-1 NiCrMoW (Atomized)	Cr 15.8 Mo 16.5 W 4.0 Fe 5.5 Ni balance -150 µm/+45 µm	Similar to Alloy C / C 276 Excellent high-temperature oxidation and corrosion properties Good for repair and build-up of similar chemistry superalloy components	NI-544-1 (134KB)
NI-544-6 / 1269F NiCrMoW (Atomized)	Cr 15.8 Mo 16.5 W 4.0 Fe 5.5 Ni balance -63 µm/+22 µm	Similar to Alloy C / C 276 Excellent high-temperature oxidation and corrosion properties Good for repair and build-up of similar chemistry superalloy components	NI-544-6 (134KB)
NI-114 Ni-25 Graphite (Clad)	C 25.0 Ni balance -90 µm	Coatings are lubricious and suited for friction applications Flame spraying offers good abradability Sacrificial coatings good for clearance control Useful up to 900°F / 482°C	NI-114 (131KB)
NI-115 Ni-15 Graphite (Clad)	C 15.0 Ni balance -150 µm	Coatings are lubricious and suited for friction applications Flame spraying offers good abradability Sacrificial coatings good for clearance control Useful up to 900°F / 482°C Better erosion resistance than 75/25	NI-115 (131KB)
NI-430 NiCrSi (Atomized)	Cr 19.0 Si 10.0 Ni balance -125 µm/+45 µm	Provides strong tough joints with excellent high-temperature performance Recommended for nuclear applications or those where boron cannot be tolerated	NI-430
Ni-362-3 NiCrFeSiB (Atomized)	Cr 7.0 Si 4.2 Fe 3.0 B 3.0 Ni balance -125 µm/+45 µm	Similar to Ni-167 but permits brazing at much lower temperatures Excellent flow characteristics without intergranular attack (IGA) or other base dilutions	NI-363-3
Ni-332 (Atomized)	Cr 14.0 Co 9.5 Ti 4.8 Si 4.6 Mo 4.0 W 3.8 Al 3.0 Ni balance -125 µm/+45 µm	Atomized, NiCrCoTiSiMoWAl Alloy	NI-332

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Pure Metals and Metal Alloys

Pure Metals and Metal Alloys

Advanced alloy powders, pure and simple

Aluminum Based -

Cobalt Based -

Copper Based -

Iron Based -

Molybdenum Based -

Nickel Based -

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