Designed for Processing in Laser Powder Bed Fusion (PBF-LB) or Directed Energy Deposition (DED) Systems
MetcoAdd™ 15-5PH-A and 15-5PH-B are martensitic, precipitation-hardening stainless steel alloy products with chemistry similar to AMS 5659.
Room temperature static properties of PBF-LB processed and heat treated material coupons have been shown to be comparable to those of AMS 5659 in the H900 state.
For reference purposes Oerlikon has processed MetcoAdd 15-5PH-A using fixed parameters and 40 μm layer thickness to provide data below. Additional testing has been performed by an extensive network of consortia and customer partners on a broader range of machine types. Properties may be optimized based on application specific requirements.
Density
ρ4 g/cm³ at 20 °C
typical apparent density, min
Particle size D10
D1020 μm
nominal values by laser diffraction; MetcoAdd 15-5PH-A
Particle size D50
D5033 μm
nominal values by laser diffraction; MetcoAdd 15-5PH-A
Particle size D90
D9050 μm
nominal values by laser diffraction; MetcoAdd 15-5PH-A
Particle size range
drange15 - 45 µm
ASTM C 1070 (Microtrac); MetcoAdd 15-5PH-A: -45 + 15μm; MetcoAdd 15-5PH-B: -90 + 45μm
Melting point
Tm1420 °C
Hall flow
HF25 s/50g at 20 °C
ASTM B213, max
Application areas
Tools and dies, Plastic injection molds, Aerospace, Chemical and food processing, Nuclear and oil / petrochemical refining, Surgical parts
Availability
15-5PH-A: stock, 15-5PH-B: special order
Chemical composition
FeCrNiCu
Distribution
Global
Handling recommendations
Blend contents prior to use to prevent segregation; Keep in the original container, or an approved alternative, tightly closed when not in use; Powder from previously opened containers should be stored in a humidity-controlled environment
Morphology
Spheroidal
Order number
15-5PH-A: 1100782, 15-5PH-B: 1100783
Packaging size
15-5PH-A: 4.5 kg / 10 lb approx., 15-5PH-B: 4.5 kg / 10 lb approx.
Processing history
Gas atomized (Argon)
Processing methods
15-5PH-A: Laser Powder Bed Fusion (PBF-LB), 15-5PH-B: Directed Energy Deposition (DED)
This material data has been provided by Oerlikon Metco.