Industrial SLM Metal 3D Printing Materials Available: Aleación de aluminio / Aceros inoxidables / Aleación de titanio / Mold Steel / Copper Alloy / Nickel-based Superalloy

DT's Workers in Front of Our SLM Metal 3D Printers
Las impresoras 3D industriales de metal SLM en DT Factory
Las impresoras 3D SLS industriales de alta precisión de DT Factory
MaterialAcero inoxidable
Grade316L
Main CompositionFe: bal
Cr: 16~18%
Ni: 10~14%
Mo: 2~3%
Physical PropertiesPowder Particle Size15-53 μm
Flowability (s/50g)16~18
Tap Density (g/cm³)4.5~4.7
Apparent Density (g/cm³)4.0~4.2
DensityDensity7.9
Sample Theoretical Density>99%
As-built PropertiesHardness13~15HRC
Tensile Strength/Rm580MPa
Yield Strength/Rp0.2490MPa
Elongation at Break/A32%
Reduction of Area/Z/
Elastic Modulus/E/
Heat-treated PropertiesHardness13~15HRC
Tensile Strength/Rm670MPa
Yield Strength/Rp0.2550MPa
Elongation at Break/A35%
Reduction of Area/Z45%
Elastic Modulus/E185GPa
MaterialAcero inoxidable
Grade17-4PH
Main CompositionFe: bal
Cr: 15.5~17.5%
Ni: 3~5%
Cu: 3~5%
Physical PropertiesPowder Particle Size5-53 μm
Flowability (s/50g)16~18
Tap Density (g/cm³)4.5~4.7
Apparent Density (g/cm³)4.0~4.2
DensityDensity7.9
Sample Theoretical Density>99%
As-built PropertiesHardness18~22HRC
Tensile Strength/Rm860MPa
Yield Strength/Rp0.2700MPa
Elongation at Break/A19%
Reduction of Area/Z/
Elastic Modulus/E/
Heat-treated PropertiesHardness32~42HRC
Tensile Strength/Rm1340MPa
Yield Strength/Rp0.21210MPa
Elongation at Break/A13%
Reduction of Area/Z/
Elastic Modulus/E/
MaterialMold Steel
Grade18Ni300
Main CompositionFe: bal
Ni: 17~19%
Co: 8.5~9.5%
Mo: 4.5~5.2%
Physical PropertiesPowder Particle Size15-53 μm
Flowability (s/50g)19.3
Tap Density (g/cm³)4.8~4.9
Apparent Density (g/cm³)4.2~4.5
DensityDensity8.09
Sample Theoretical Density>99%
As-built PropertiesHardness38 ~42 HRC
Tensile Strength/Rm1177MPa
Yield Strength/Rp0.2980MPa
Elongation at Break/A8%
Reduction of Area/Z40%
Elastic Modulus/E113GPa
Heat-treated PropertiesHardness54-57HRC
Tensile Strength/Rm2163MPa
Yield Strength/Rp0.21920MPa
Elongation at Break/A2.50%
Reduction of Area/Z10%
Elastic Modulus/E125GPa
MaterialAleación de titanio
GradeTC4
Main CompositionTi: bal
Al: 5.5~6.75%
V: 3.5~4.5%
Physical PropertiesPowder Particle Size15-53 μm
Flowability (s/50g)36~40
Tap Density (g/cm³)2.7~2.85
Apparent Density (g/cm³)2.3~2.5
DensityDensity4.56
Sample Theoretical Density>99%
As-built PropertiesHardness380HV
Tensile Strength/Rm1000MPa
Yield Strength/Rp0.2950MPa
Elongation at Break/A7%
Reduction of Area/Z/
Elastic Modulus/E105GPa
Heat-treated PropertiesHardness350HV
Tensile Strength/Rm1000
Yield Strength/Rp0.2825
Elongation at Break/A14%
Reduction of Area/Z/
Elastic Modulus/E125GPa
MaterialAleación de aluminio
GradeAlSi10Mg
Main CompositionAl: bal
Si: 9.0~11%
Mg: 0.2~0.45%
Physical PropertiesPowder Particle Size15-53 μm
Flowability (s/50g)150
Tap Density (g/cm³)1.55
Apparent Density (g/cm³)1.3~1.45
DensityDensity2.7
Sample Theoretical Density≥99.3%
As-built PropertiesHardness/
Tensile Strength/Rm420MPa
Yield Strength/Rp0.2240MPa
Elongation at Break/A5.50%
Reduction of Area/Z/
Elastic Modulus/E44GPa
Heat-treated PropertiesHardness/
Tensile Strength/Rm330MPa
Yield Strength/Rp0.2210MPa
Elongation at Break/A11.00%
Reduction of Area/Z/
Elastic Modulus/E/
MaterialAleación de aluminio (Anodized)
Grade6061
Main CompositionAl: bal
Mg: 0.8~1.2%
Si: 0.4~0.8%
Physical PropertiesPowder Particle Size15-53 μm
Flowability (s/50g)120
Tap Density (g/cm³)1.5
Apparent Density (g/cm³)1.2
DensityDensity2.7
Sample Theoretical Density≥98%
As-built PropertiesHardness/
Tensile Strength/Rm290MPa
Yield Strength/Rp0.2250MPa
Elongation at Break/A14%
Reduction of Area/Z/
Elastic Modulus/E/
Heat-treated PropertiesHardness/
Tensile Strength/Rm/
Yield Strength/Rp0.2/
Elongation at Break/A/
Reduction of Area/Z/
Elastic Modulus/E/
MaterialCopper Chromium Zirconium Alloy
GradeCuCrZr
Main CompositionCu: bal（≥98%）
Cr: 0.5~1.5%
Zr: 0.05~0.25%
Physical PropertiesPowder Particle Size15-53 μm
Flowability (s/50g)18~22
Tap Density (g/cm³)5.2
Apparent Density (g/cm³)4.0~4.4
DensityDensity8.9
Sample Theoretical Density≥99.3%
As-built PropertiesHardness90HV
Tensile Strength/Rm350MPa
Yield Strength/Rp0.2250MPa
Elongation at Break/A30%
Reduction of Area/Z/
Elastic Modulus/E/
Heat-treated PropertiesHardness90HV
Tensile Strength/Rm543MPa
Yield Strength/Rp0.2432 MPa
Elongation at Break/A21%
Reduction of Area/Z/
Elastic Modulus/EConductivity IACS: ≥85%
MaterialTin Bronze Alloy
GradeCuSn10
Main CompositionCu: bal
Sn: 9.0~11%
Zn: 0.5%
Physical PropertiesPowder Particle Size15-53 μm
Flowability (s/50g)16
Tap Density (g/cm³)5.8
Apparent Density (g/cm³)4.2~4.8
DensityDensity8.64
Sample Theoretical Density≥98%
As-built PropertiesHardness150HV
Tensile Strength/Rm578MPa
Yield Strength/Rp0.2470MPa
Elongation at Break/A23.90%
Reduction of Area/Z/
Elastic Modulus/E/
Heat-treated PropertiesHardness/
Tensile Strength/Rm/
Yield Strength/Rp0.2/
Elongation at Break/A/
Reduction of Area/Z/
Elastic Modulus/E/
MaterialNickel-based Superalloy
GradeGH4169
Main CompositionNi: 50~55%
Cr: 17~21%
Fe: bal
 
Physical PropertiesPowder Particle Size
Flowability (s/50g)14
Tap Density (g/cm³)4.9
Apparent Density (g/cm³)4.41
DensityDensity8.24
Sample Theoretical Density≥99%
As-built PropertiesHardness220HV
Tensile Strength/Rm1158MPa
Yield Strength/Rp0.2914MPa
Elongation at Break/A14%
Reduction of Area/Z/
Elastic Modulus/E/
Heat-treated PropertiesHardness/
Tensile Strength/Rm/
Yield Strength/Rp0.2/
Elongation at Break/A/
Reduction of Area/Z/
Elastic Modulus/E/

We own dozens of SLM 3D printers for industrial use.
And the main commonly used metallic materials are these:

  • Aleación de aluminio (6061 / AlSi10Mg / 7075)
  • Acero inoxidable (316L / 304L / 17-4 / 347)
  • Aleación de titanio (TC4 / TA1)
  • Mold Steel (S136/HB/CX/1.2709)
  • Aleación rica en níquel (GH4169 / GH3128 / INCONEL625)
  • Aleación de latón (CuCrZr / Tin Bronze)

DT is a one – stop 3D printing platform.
Not only because we have dozens of SLM 3D printers and plastic 3D printers, but also, we have invested in 6 3D – printing and CNC machining related factories.

So if you have personalized requirements regarding materials and want to have customized solutions, you can contact us directly.