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POWDER NAME & COMPOSITION
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CHEMISTRY & SIZE
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CHARACTERISTICS
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SAFETY DATA SHEET (SDS)
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CO-103
CoCrNiW
(Atomized)
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Cr 25.5
Ni 10.5
W 7.5
C 0.5
Co balance
-45 µm/+5 µm
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- Similar to Co Alloy 31 and X40
- Excellent oxidation resistance
- Replaces WC in high-temperature applications
- Smooth as-sprayed coating
- Suited for the repair of Co-based parts
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CO-103 (129KB)
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CO-105 / CO-285-2
CoCrNiW
(Atomized)
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Cr 25.5
Ni 10.5
W 7.5
C 0.5
Co balance
-75 µm/+45 µm
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- Similar to Co Alloy 31 and X40
- Excellent oxidation resistance
- Replaces WC in high-temperature applications
- Smooth as-sprayed coating
- Suited for the repair of Co-based parts
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CO-105 (118KB)
CO-285-2 (132KB)
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CO-285
CoCrNiW
(Atomized)
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Cr 25.5
Ni 10.5
W 7.5
C 0.5
Co balance
-106 µm/+45 µm
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- Similar to Co Alloy 31 and X40
- Excellent oxidation resistance
- Replaces WC in high-temperature applications
- Smooth as-sprayed coating
- Suited for the repair of Co-based parts
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CO-285 (132KB)
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CO-285-12 / 1245F
CoCrNiW
(Atomized)
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Cr 25.5
Ni 10.5
W 7.5
C 0.5
Co balance
-53 µm/+22 µm
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- Similar to Co Alloy 31 and X40
- Excellent oxidation resistance
- Replaces WC in high-temperature applications
- Smooth as-sprayed coating
- Suited for the repair of Co-based parts
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CO-285-12 / 1245F (132KB)
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CO-106-1
CoCrWSiC
(Atomized)
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Cr 28.0
W 4.0
C 1.0
Si 1.0
Co balance
-45 µm/+11 µm
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- Similar to Co Alloy 6
- Excellent wear properties
- Produces hard, dense coatings
- High-temperature wear and corrosion properties
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CO-106-1 (132KB)
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CO-106-8 / 1256F
CoCrWSiC
(Atomized)
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Cr 28.0
W 4.0
C 1.0
Si 1.0
Co balance
-53 µm/+22 µm
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- Similar to Co Alloy 6
- Excellent wear properties
- Produces hard, dense coatings
- High-temperature wear and corrosion properties
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CO-106-8 / 1256F (130KB)
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CO-109
CoMoCrSi
(Atomized)
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Mo 28.5
Cr 8.5
Si 2.6
Co balance
-45 µm
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- 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
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CO-109 (129KB)
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CO-109-3
CoMoCrSi
(Atomized)
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Mo 28.5
Cr 8.5
Si 2.6
Co balance
-38 µm / +16 µm
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- 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
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CO-109 (129KB)
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CO-109-7
CoMoCrSi
(Atomized)
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Mo 28.5
Cr 8.5
Si 2.6
Co balance
-45 µm/+22 µm
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- 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
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CO-109-7 (129KB)
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CO-111
CoMoCrSi
(Atomized)
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Mo 28.5
Cr 17.5
Si 3.4
Co balance
-45 µm/+11 µm
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- 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
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CO-111 (135KB)
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CO-111-10
CoMoCrSi
(Atomized)
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Mo 28.5
Cr 17.5
Si 3.4
Co balance
-45 µm/+16 µm
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- 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
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CO-111-10 (135KB)
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CO-114-2
CoCrWNiV
(Atomized)
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Cr 28.0
W 19.5
Ni 5.0
V 1.0
Co balance
-75 µm/+45 µm
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- 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
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CO-114-2 (133KB)
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CO-263-3
CoCrNiWSi
(Atomized)
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Cr 29.5
Ni 10.5
W 7.0
Si 0.8
Co balance
-45 µm/+16 µm
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- Similar to FSX-414
- Good oxidation resistance
- Superalloy used in aerospace applications
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CO-263-3 (133KB)
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CO-174
CoCrAlHf
(Atomized)
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Cr 26.0
Al 10.5
Hf 2.75
Co balance
-45 µm/+5 µm
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Atomized CoCrAlHf alloy
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CO-174 (128KB)
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CO-216
CoCrNiSiW
(Atomized)
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Cr 19.0
Ni 17.0
Si 8.0
W 4.0
Co balance
-106 µm
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- Designed for brazing of superalloys
- Advantages include high-temperature strength and oxidation resistance
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CO-216 (134KB)
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CO-216-4
CoCrNiSiW
(Atomized)
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Cr 19.0
Ni 17.0
Si 8.0
W 4.0
Co balance
-45 µm
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- Designed for brazing of superalloys
- Advantages include high-temperature strength and oxidation resistance
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CO-216-4 (134KB)
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CO-222
CoCrNiWTa
(Atomized)
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Cr 23.4
Ni 10.0
W 7.0
Ta 3.5
Co balance
-45 µm
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- Similar to MAR-M-509
- Primarily used in repair applications
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CO-222 (138KB)
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CO-222-3
CoCrNiWTa
(Atomized)
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Cr 23.4
Ni 10.0
W 7.0
Ta 3.5
Co balance
-106 µm/+45 µm
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- Similar to MAR-M-509
- Primarily used in repair applications
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CO-222-3 (138KB)
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CO-333
CoCrNiWTaB
(Atomized)
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Cr 28.3
Ni 10.0
W 7.0
Ta 3.5
B 2.8
Co balance
-45 µm/+11 µm
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- Similar to MAR-M-509+B
- Low-melt temperature version of CO-222
- Used in brazing applications
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CO-333 (134KB)
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CO-333-7
CoCrNiWTaB
(Atomized)
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Cr 28.3
Ni 10.0
W 7.0
Ta 3.5
B 2.8
Co balance
-125 µm/+45 µm
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- Similar to MAR-M-509+B
- Low-melt temperature version of CO-222
- Used in brazing applications
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CO-333-7 (134KB)
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