-
AL-6061
6061 ALUMINUM ALLOY
- Formula UN S Id: A96061
- Purity Al: 95.85 - 98.56%
- Particle Size 150 - 50 microns, spherical
-
AL-7075
7075 ALUMINUM ALLOY
- Formula A7075
- Purity Zn: 5.6 - 6.1%, Mg: 2.1-2.5%, Cu: 1.2-1.6%
- Particle Size 150 - 50 microns, spherical
-
AFA STEEL
AFA STEEL
- Formula AFA Steel
- Purity -
- Particle Size 15-45 Microns
-
CO-031
CO-031
- Formula CoCrMo
- Purity -
- Particle Size Type 1: 0-45 microns Type 2: 0-53 microns Type 3: 15-45 microns Type 4: 15-53 microns Type 5: 45-150 microns
-
CO-032
CO-032
- Formula CoCrMoW
- Purity -
- Particle Size Type 1: 0-45 microns Type 2: 0-53 microns Type 3: 15-45 microns Type 4: 15-53 microns Type 5: 45-150 microns
-
CO-033
CO-033
- Formula CoCrW
- Purity -
- Particle Size Type 1: 0-45 microns Type 2: 0-53 microns Type 3: 15-45 microns Type 4: 15-53 microns Type 5: 45-150 microns
-
CU-115-S
COPPER POWDER, SPHERICAL
- Formula 29 Cu 63.546
- Purity 99.5%
- Particle Size 150 - 50 microns
-
CU-112-S
COPPER POWDER, SPHERICAL
- Formula 29 Cu 63.546
- Purity 99.5%
- Particle Size 15-53 microns
-
FE-041
FE-041
- Formula 15-5PH
- Purity -
- Particle Size Type 1: 0-45 microns Type 2: 0-53 microns Type 3: 15-45 microns Type 4: 15-53 microns Type 5: 45-150 microns
-
FE-042
FE-042
- Formula 17-4PH
- Purity -
- Particle Size Type 1: 0-45 microns Type 2: 0-53 microns Type 3: 15-45 microns Type 4: 15-53 microns Type 5: 45-150 microns
-
FE-043
FE-043
- Formula 18Ni 300
- Purity -
- Particle Size Type 1: 0-45 microns Type 2: 0-53 microns Type 3: 15-45 microns Type 4: 15-53 microns Type 5: 45-150 microns
-
FE-044
FE-044
- Formula 316L
- Purity -
- Particle Size Type 1: 0-45 microns Type 2: 0-53 microns Type 3: 15-45 microns Type 4: 15-53 microns Type 5: 45-150 microns
-
IC-102-S
INCONEL ALLOY 625, SPHERICAL
- Formula NiCrFe
- Purity 625 Alloy
- Particle Size 150 - 50 MICRONS
-
IV-105
INVAR POWDER
- Formula NiFe
- Purity 99.9
- Particle Size Plasma Spray Grade
-
IV-101
INVAR POWDER
- Formula NiFe
- Purity 99.9%
- Particle Size -200 Mesh
-
FE-102-S
IRON POWDER, SPHERICAL
- Formula Fe
- Purity 99% min
- Particle Size 15 - 53 microns
-
FE-104-S
IRON POWDER, SPHERICAL
- Formula Fe
- Purity Low Oxygen
- Particle Size 150 - 50 microns
-
MO-036
MO-036
- Formula Mo
- Purity 99.8% min
- Particle Size Class 1: 0-15 microns Class 2: 15-53 microns Class 3: 45.150 microns
-
MO-037
MO-037
- Formula Mo
- Purity 99.8% min
- Particle Size Class 1: 0-15 microns Class 2: 15-53 microns Class 3: 45.150 microns
-
MO-038
MO-038
- Formula Mo
- Purity 99.8% min
- Particle Size Class 1: 0-15 microns Class 2: 15-53 microns Class 3: 45.150 microns
-
MO-103-S
MOLYBDENUM POWDER, SPHERICAL
- Formula 42 Mo 95.94
- Purity 99.9%
- Particle Size 15 - 53 MICRONS
-
ML-102-S
MONEL POWDER, SPHERICAL
- Formula 67Ni 33Cu
- Purity 99.5% MIN
- Particle Size 150 - 50 MICRONS
-
NI-051
NI-051
- Formula GH3536
- Purity -
- Particle Size Type 1: 0-45 microns Type 2: 0-53 microns Type 3: 15-45 microns Type 4: 15-53 microns Type 5: 45-150 microns
-
NI-052
NI-052
- Formula GH3625
- Purity -
- Particle Size Type 1: 0-45 microns Type 2: 0-53 microns Type 3: 15-45 microns Type 4: 15-53 microns Type 5: 45-150 microns
-
NI-053
NI-053
- Formula GH4099
- Purity -
- Particle Size Type 1: 0-45 microns Type 2: 0-53 microns Type 3: 15-45 microns Type 4: 15-53 microns Type 5: 45-150 microns
-
NI-054
NI-054
- Formula K418
- Purity -
- Particle Size Type 1: 0-45 microns Type 2: 0-53 microns Type 3: 15-45 microns Type 4: 15-53 microns Type 5: 45-150 microns
-
NI-055
NI-055
- Formula K438
- Purity -
- Particle Size Type 1: 0-45 microns Type 2: 0-53 microns Type 3: 15-45 microns Type 4: 15-53 microns Type 5: 45-150 microns
-
NI-056
NI-056
- Formula K477
- Purity -
- Particle Size Type 1: 0-45 microns Type 2: 0-53 microns Type 3: 15-45 microns Type 4: 15-53 microns Type 5: 45-150 microns
-
CB-102-S
NIOBIUM POWDER, SPHERICAL
- Formula Nb
- Purity 99.95%
- Particle Size 15-50 microns
-
CB-103-S
NIOBIUM POWDER, SPHERICAL
- Formula Nb
- Purity 99.95%
- Particle Size 150-50 microns
-
SS-122
STAINLESS STEEL POWDER
- Formula FeCrNiCuNb
- Purity HP
- Particle Size 150-45 microns
-
SS-120
STAINLESS STEEL POWDER
- Formula 17-4PH
- Purity 99.9
- Particle Size 15-45 microns
-
SS-103-S
STAINLESS STEEL SPHERICAL, TYPE 316L
- Formula 316 Grade
- Purity 316L
- Particle Size D95: 15 MICRONS
-
SS-113-S
STAINLESS STEEL SPHERICAL, TYPE 316L
- Formula 316 Grade
- Purity 316L
- Particle Size 150 - 50 microns
-
TA-071
TA-071
- Formula -
- Purity 99.9
- Particle Size <10 microns
-
TA-072
TA-072
- Formula -
- Purity 99.9
- Particle Size 10 - 50 microns
-
TA-073
TA-073
- Formula -
- Purity 99.9
- Particle Size 150 + 50 microns
-
TI-061
TI-061
- Formula NiTi
- Purity -
- Particle Size Type 1: 0-45 microns Type 2: 0-53 microns Type 3: 15-45 microns Type 4: 15-53 microns Type 5: 45-150 microns
-
TI-062
TI-062
- Formula TA15
- Purity -
- Particle Size Type 1: 0-45 microns Type 2: 0-53 microns Type 3: 15-45 microns Type 4: 15-53 microns Type 5: 45-150 microns
-
TI-063
TI-063
- Formula TC11
- Purity -
- Particle Size Type 1: 0-45 microns Type 2: 0-53 microns Type 3: 15-45 microns Type 4: 15-53 microns Type 5: 45-150 microns
-
TI-064
TI-064
- Formula TC4
- Purity -
- Particle Size Type 1: 0-45 microns Type 2: 0-53 microns Type 3: 15-45 microns Type 4: 15-53 microns Type 5: 45-150 microns
-
TI-082
TI-082
- Formula Ti
- Purity 99.5% min
- Particle Size 15 - 53 microns
-
TI-154
Ti-6Al-4V IRREGULAR POWDER
- Formula Ti-6Al-4V
- Purity HP
- Particle Size -325 Mesh
-
TI-155
Ti-6Al-4V SPHERICAL POWDER
- Formula Ti-6Al-4V
- Purity HP
- Particle Size 15 - 45 Microns
-
TI-156
TITANIUM ALUMINUM VANADIUM TABLETS
- Formula Ti6Al4V
- Purity -
- Particle Size 3" dia x 1.9" thick
-
SS-135
TITANIUM MODIFIED 316L : D9 STEEL
- Formula 316L : D9
- Purity -
- Particle Size 15-45 microns
-
TI-104-S
TITANIUM POWDER, SPHERICAL
- Formula Ti: 47.88
- Purity 99.8% min
- Particle Size -325 mesh
-
TI-081
TITANIUM POWDER, SPHERICAL
- Formula Ti
- Purity 99.5% min
- Particle Size 0-25 microns
Product Search
3D Printing & Additive Manufacturing
Pure metals, in addition to standard and custom alloys in a wide range of carefully controlled particle sizes and morphologies. Our AM materials are currently used in several manufacturing processes and complement the numerous additive manufacturing technologies under development including the move to industrial scale production.