MCrAIY

MCrAIY

Superior powders for superior coatings

Composed of nickel (Ni) or cobalt (Co) or a combination of both, MCrAlY powders are the foundation of gas turbine hot section thermal spray coatings. To create them, we use the industry’s most advanced Vacuum Induction Melting / Argon Gas Atomization (VIM/AGA) technology. The result is high-purity, low-oxide original equipment manufacturer (OEM)-approved powders that produce superior high-temperature oxidation- and corrosion-resistant coatings. See our Co- and Ni-based MCrAIY powders below. 

Cobalt -

Powder Name & Composition

Chemistry & Size

Characteristics

Safety Data Sheet (SDS)

CO-242

Co MCrAlY

(Atomized)

Proprietary

Product data available through OEM

CO-242 (128KB)

CO-242-3

Co MCrAlY

(Atomized)

Proprietary

Product data available through OEM

CO-242-3 (128KB)

CO-249

Co MCrAlY

(Atomized)

Proprietary

Product data available through OEM

CO-249 (128KB)

CO-249-2

Co MCrAlY

(Atomized)

Proprietary

Product data available through OEM

CO-249-2 (128KB)

CO-249-4

Co MCrAlY

(Atomized)

Proprietary

Product data available through OEM

CO-249-4 (128KB)

CO-249-6

Co MCrAlY

(Atomized)

Proprietary

Product data available through OEM

CO-249-6 (128KB)

CO-249-8

Co MCrAlY

(Atomized)

Proprietary

Product data available through OEM

CO-249-8 (128KB)

CO-260-1

Co MCrAlY

(Atomized)

Proprietary

Product data available through OEM

CO-260-1 (137KB)

CO-260-12

Co MCrAlY

(Atomized)

Proprietary

Product data available through OEM

CO-260-12 (137KB)

CO-301

Co MCrAlY

(Atomized)

Proprietary

Product data available through OEM

CO-301 (131KB)

CO-301-3

Co MCrAlY

(Atomized)

Proprietary

Product data available through OEM

CO-301-3 (131KB)

CO-127

CoNiCrAlY

(Atomized)

Ni 32.0

Cr 21.0

Al 8.0

Y 0.5

Co balance

-45 µm/+5 µm

  • Excellent corrosion and oxidation properties up to 1900°F / 1038°C

  • Heat treating is required for optimum performance

  • Typically used for either a Thermal Barrier Coating (TBC) bondcoat or an environmental protection coating

  • GT-20

CO-127 (128KB)

CO-159

CoNiCrAlY

(Atomized)

Ni 32.0

Cr 21.0

Al 8.0

Y 0.5

Co balance

-75 µm/+16 µm

  • Excellent corrosion and oxidation properties up to 1900°F / 1038°C

  • Heat treating required for optimum performance

  • Typically used for either a TBC bondcoat or an environmental protection coating

  • GT-20

CO-159 (128KB)

CO-210-1

CoNiCrAlY

(Atomized)

Ni 32.0

Cr 21.0

Al 8.0

Y 0.5

Co balance

-45 µm/+11 µm

  • Excellent corrosion and oxidation properties up to 1900°F / 1038°C

  • Heat treating required for optimum performance

  • Typically used for either a TBC bondcoat or an environmental protection coating

  • GT-20

CO-210-1 (135KB)

CO-241

CoNiCrAlY

(Atomized)

Ni 32.0

Cr 21.0

Al 8.0

Y 0.5

Co balance

-45 µm

  • Excellent corrosion and oxidation properties up to 1900°F / 1038°C

  • Heat treating required for optimum performance

  • Typically used for either a TBC bondcoat or an environmental protection coating

  • GT-20

CO-241 (128KB)

CO-210-24 / CO-241-3

CoNiCrAlY

(Atomized)

Ni 32.0

Cr 21.0

Al 8.0

Y 0.5

Co balance

-45 µm/+16 µm

  • Excellent corrosion and oxidation properties up to 1900°F / 1038°C

  • Heat treating required for optimum performance

  • Typically used for either a TBC bondcoat or an environmental protection coating

  • GT-20

CO-210-24 (135KB)

CO-211

CoNiCrAlY

(Atomized)

Ni 32.0

Cr 21.0

Al 8.0

Y 0.5

Co balance

-90 µm/+38 µm

  • Excellent corrosion and oxidation properties up to 1900°F / 1038°C

  • Heat treating required for optimum performance

  • Typically used for either a TBC bondcoat or an environmental protection coating

  • GT-20

CO-211 (127KB)

CO-211-1

CoNiCrAlY

(Atomized)

Ni 32.0

Cr 21.0

Al 8.0

Y 0.5

Co balance

-38 µm/+5 µm

  • Excellent corrosion and oxidation properties up to 1900°F / 1038°C
  • Heat treating required for optimum performance

  • Typically used for either a TBC bondcoat or an environmental protection coating

  • GT-20

CO-211-1 (127KB)

CO-211-3

CoNiCrAlY

(Atomized)

Ni 32.0

Cr 21.0

Al 8.0

Y 0.5

Co balance

-150 µm/+63 µm

  • Excellent corrosion and oxidation properties up to 1900°F / 1038°C

  • Heat treating required for optimum performance

  • Typically used for either a TBC bondcoat or an environmental protection coating

  • GT-20

CO-211-3 (1270KB)

CO-110

CoCrAlY

(Atomized)

Cr 23.0

Al 13.0

Y 0.65

Co balance

-45 µm/+5 µm

  • Atomized, CoCrAlY alloy

CO-110 (128KB)

CO-110-1

CoCrAlY

(Atomized)

Cr 23.0

Al 13.0

Y 0.65

Co balance

-106 µm/+31 µm

  • Atomized, CoCrAlY alloy

CO-110-1 (128 KB)

Nickel -

Powder Name & Composition

Chemistry & Size

Characteristics

Safety Data Sheet (SDS)

NI-130 / NI-191

Ni MCrAlY

(Atomized)

Co 22.0

Cr 17.0

Ai 12.5

Y 0.55

Ni balance

-45 µm

  • High-temperature operation conditions

  • Oxidation and hot corrosion resistance

NI-130 / NI-191 (134 KB)

NI-191-4

Ni MCrAlY

(Atomized)

Co 23.0

Cr 17.0

Ai 12.5

Y 0.55

Ni balance

-45 µm/+16 µm

  • High-temperature operation conditions

  • Oxidation and hot corrosion resistance

NI-191-4 (134 KB)

NI-171

Ni MCrAlY

(Atomized)

Co 23.0

Cr 17.0

Ai 12.5

Y 0.55

Ni balance

-75 µm/+45 µm

 

  • High-temperature operation conditions

  • Oxidation and hot corrosion resistance

NI-171 (133 KB)

NI-171-2

Ni MCrAlY

(Atomized)

Co 23.0

Cr 17.0

Ai 12.5

Y 0.55

Ni balance

-45 µm/+22 µm

 

  • High-temperature operation conditions

  • Oxidation and hot corrosion resistance

 

NI-171-2 (133 KB)

NI-192

Ni MCrAlY

(Atomized)

Co 22.0

Cr 17.0

Al 12.5

Si 0.4

Hf 0.25

Y 0.06

Ni balance

-45 µm/+5 µm

 

  • Similar to the NI-130 / NI-191 alloy with addition of Hf and Si

  • High-temperature operation conditions

  • Oxidation and hot corrosion resistance

NI-192 (137KB)

NI-192-5

Ni MCrAlY

(Atomized)

Co 22.0

Cr 17.0

Al 12.5

Si 0.4

Hf 0.25

Y 0.06

Ni balance

-75 µm/+45 µm

 

  • Similar to the NI-130 / NI-191 alloy with addition of Hf and Si

  • High-temperature operation conditions

  • Oxidation and hot corrosion resistance

NI-192-5 (137KB)

NI-192-8

Ni MCrAlY

(Atomized)

Co 22.0

Cr 17.0

Al 12.5

Si 0.4

Hf 0.25

Y 0.06

Ni balance

-45 µm/+16 µm

 

  • Similar to the NI-130 / NI-191 alloy with addition of Hf and Si

  • High-temperature operation conditions

  • Oxidation and hot corrosion resistance

NI-192-8 (137KB)

NI-192-16

Ni MCrAlY

(Atomized)

Co 22.0

Cr 17.0

Al 12.5

Si 0.4

Hf 0.25

Y 0.06

Ni balance

-45 µm/+16 µm

 

  • Similar to the NI-130 / NI-191 alloy with addition of Hf and Si

  • High temperature operation conditions

  • Oxidation and hot corrosion resistance

NI-192-16 (137KB)

NI-535

Ni MCrAlY

(Atomized)

Proprietary

Product data available through OEM

 

NI-535-2

Ni MCrAlY

(Atomized)

Proprietary

Product data available through OEM

NI-535-2 (137KB)

NI-535-3

Ni MCrAlY

(Atomized)

Proprietary

Product data available through OEM

NI-535-3 (137KB)

NI-535-4

Ni MCrAlY

(Atomized)

Proprietary

Product data available through OEM

NI-535-4 (137KB)

NI-548-1

Ni MCrAlY

(Atomized)

Proprietary

Product data available through OEM

NI-548-1 (138KB)

NI-548-4

Ni MCrAlY

(Atomized)

Proprietary

Product data available through OEM

NI-548-4 (138KB)

NI-832

Ni MCrAlY

(Atomized)

Proprietary

Product data available through OEM

NI-832 (138KB)

NI-832-2

Ni MCrAlY

(Atomized)

Proprietary

Product data available through OEM

NI-832-2 (138KB)

NI-937 / NI-666

Ni MCrAlY

(Atomized)

Proprietary

Product data available through OEM

NI-937 / NI-666 (133KB)

NI-937-2

Ni MCrAlY

(Atomized)

Proprietary

Product data available through OEM

NI-937-2 / NI-666 (133KB)

NI-937-4 / NI-666-4

Ni MCrAlY

(Atomized)

Proprietary

Product data available through OEM

NI-937-4 / NI-666 (133KB)

NI-944-1

Ni MCrAlY

(Atomized)

Proprietary

Product data available through OEM

NI-944-1 (133KB)

NI-944-2

Ni MCrAlY

(Atomized)

Proprietary

Product data available through OEM

NI-944-2 (133KB)

NI-944-3

Ni MCrAlY

(Atomized)

Proprietary

Product data available through OEM

NI-944-3 (133KB)

NI-164 / NI-211

Ni-22Cr-10Al-1Y

(Atomized)

Cr 22.0

Al 10.0

Y 1.0

Ni balance

-106 µm/+45 µm

  • Good diffusional stability and oxidation properties

  • Useful up to 1800°F / 982°C

  • Typically used for a TBC bondcoat

NI-164 / NI-211 (133KB)

NI-211-2

Ni-22Cr-10Al-1Y

(Atomized)

Cr 22.0

Al 10.0

Y 1.0

Ni balance

-90 µm/+45 µm

  • Good diffusional stability and oxidation properties

  • Useful up to 1800°F / 982°C

  • Typically used for a TBC bondcoat

NI-211-2 (133KB)

NI-211-4

Ni-22Cr-10Al-1Y

(Atomized)

Cr 22.0

Al 10.0

Y 1.0

Ni balance

-63 µm/+22 µm

  • Good diffusional stability and oxidation properties

  • Useful up to 1800°F / 982°C

  • Typically used for a TBC bondcoat

NI-211-4 (133KB)

NI-211-7

Ni-22Cr-10Al-1Y

(Atomized)

Cr 22.0

Al 10.0

Y 1.0

Ni balance

-125 µm/+53 µm

  • Good diffusional stability and oxidation properties

  • Useful up to 1800°F / 982°C

  • Typically used for a TBC bondcoat

NI-211-7 (133KB)

NI-211-17

Ni-22Cr-10Al-1Y

(Atomized)

Cr 22.0

Al 10.0

Y 1.0

Ni balance

-180 µm/+22 µm

  • Good diffusional stability and oxidation properties

  • Useful up to 1800°F / 982°C

  • Typically used for a TBC bondcoat

NI-211-17 (133KB)

NI-164-2

Ni-22Cr-10Al-1Y

(Atomized)

Cr 22.0

Al 10.0

Y 1.0

Ni balance

-75 µm/+45 µm

  • Good diffusional stability and oxidation properties

  • Useful up to 1800°F / 982°C

  • Typically used for a TBC bondcoat

NI-164-2 (133KB)

NI-343

Ni-22Cr-10Al-1Y

(Atomized)

Cr 22.0

Al 10.0

Y 1.0

Ni balance

-45 µm/+11 µm

  • Good diffusional stability and oxidation properties

  • Useful up to 1800°F / 982°C

  • Typically used for a TBC bondcoat

NI-343 (132KB)

NI-246-3

Ni-31Cr-11Al-0.1Y

(Atomized)

Cr 31.0

Al 11.25

Y 0.65

Ni balance

-45 µm/+5 µm

  • Good diffusional stability and oxidation properties

  • Useful up to 1800°F / 982°C

  • Typically used for a TBC bondcoat

NI-246-3 (132KB)

NI-246-4

Ni-31Cr-11Al-0.1Y

(Atomized)

Cr 31.0

Al 11.25

Y 0.65

Ni balance

-90 µm/+38 µm

  • Good diffusional stability and oxidation properties

  • Useful up to 1800°F / 982°C

  • Typically used for a TBC bondcoat

NI-246-4 (132KB)