Metal Materials

Short Description:

Metal powders are metals that are reduced to fine particles and are the preliminary base materials for most 3D printing processes that produce metallic parts. 3D printing, also known as additive manufacturing (AM), is the manufacturing of parts and products in a layer-by-layer fashion. Both the characteristics of the metal powder and the type of the 3D printing process determine the properties of the end product. Powder characterisation takes place depending on the way it is produced, which may result in different particle morphology and purity.


Product Detail

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Stainless Steel, Type;316L
Physical Characteristics particle size 15-53 μm
Shape Spherical
flowability 40 S (Hall flow meter)
apparent density 3.9 g /cm3
Density 7.98 g/cm3
Chemical Composition Fe Remainder
Cr 16~18 wt %
Ni 10~14 wt %
Mo 2~3 wt %
Mn ≤2 wt %
Si ≤1 wt %
C ≤0.05 wt %
P ≤0.045 wt%
S ≤0.03 wt%
O ≤0.1 wt%
Parts properties Relative density Approx. 99.9%
Tensile strength Approx.560 MPa
Yield strength Approx.480 MPa
Elongation after fracture Approx.20%
Elasticity modulus Approx.180 GPa
Hardness Approx.85 HRB (158 HB)
Aluminum alloy , Type: AlSi10Mg
Physical Characteristics particle size 15-53 μm
Shape Spherical
flowability 150 S (Hall flow meter)
apparent density 1.45 g/cm3
Density 2.67 g/cm3
Chemical Composition Al Remainder
Si 9~10 wt %
Mg 0.2~0.45 wt %
Cu ≤0.05 wt %
Mn ≤0.45 wt %
Ni ≤0.05 wt %
Fe ≤0.55 wt%
Ti ≤0.15 wt%
C ≤0.0075wt%
Parts properties Relative density ≥95%
Tensile strength Approx. 330 MPa
Yield strength Approx. 245 MPa
Elongation after fracture Approx. 6%
Elasticity modulus Approx. 70 GPa
Hardness Approx. 120 HB

 

 Titanium alloy ,Type: TC4 (Ti-6Al-4V)
Physical Characteristics particle size 15-45 μm
Shape Spherical
flowability 45 S (Hall flow meter)
apparent density 2.5 g/cm3
Density 4.51 g/cm3
Chemical Composition Ti Remainder
Al 5~6.75 wt %
V 3.5~4.5 wt %
Fe ≤0.25 wt %
C ≤0.02 wt %
Y ≤0.005 wt%
O 0.14~0.16 wt %
N ≤0.02 wt %
Cu ≤0.1 wt%
Other 0.4 wt%
Parts properties Relative density Approx.99.9%
Tensile strength Approx.1000 MPa
Yield strength Approx.900 MPa
Elongation after fracture Approx.10%
Elasticity modulus Approx.110 GPa
Hardness Approx.300 HV (294 HB)

 

Nickel-base superalloy Type: IN718
Physical Characteristics particle size 15-53 μm
Shape Spherical
flowability 40 S (Hall flow meter)
apparent density 4.1 g/cm3
Density 8.15 g/cm3
Chemical Composition Ni 50~55 wt %
Cr 17~22 wt %
Nb 4.75~5.5 wt%
Mo 2.8~3.3 wt%
Co ≤1 wt%
C ≤0.08 wt%
P ≤0.015 wt%
Si ≤0.35 wt%
Al 0.2~0.8 wt%
Ti 0.65~1.15 wt%
Fe Remainder
Parts properties Relative density ≥99%
Tensile strength Approx. 980 MPa (1240 MPa after heat treatment)
Yield strength Approx. 780 MPa (1000 MPa after heat treatment)
Elongation after fracture 12~30%
Elasticity modulus Approx. 160 GPa
Hardness Approx. 30 HRC (47 HRC after heat treatment)

 

Maraging Steel,Type: MS1
Physical Characteristics particle size 15-53 μm
Shape Spherical
flowability 40 S (Hall flow meter)
apparent density 4.3 g/cm3
Density 8 g/cm3
Chemical Composition Fe Remainder
Co 8.5~9.5 wt %
Ni 17~19 wt %
Mo 4.2~5.2 wt %
Mn ≤0.1 wt %
Ti 0.6~0.8 wt %
C ≤0.03 wt %
Al 0.05~0.15 wt %
S ≤0.01 wt %
Cr ≤0.3 wt%
Parts properties Relative density ≥99%
Tensile strength Arrpox.1090 MPa (1930 MPa after heat treatment)
Yield strength Arrpox.1000 MPa (1890 MPa after heat treatment)
Elongation after fracture Arrpox.4%
Elasticity modulus Arrpox.160 GPa (180 GPa after heat treatment)
Hardness Arrpox.35 HRC
 Cobalt-chromium alloy,Type: MP1 (CoCr-2Lc)
Physical Characteristics particle size 15-53 μm
Shape Spherical
flowability 40 S (Hall flow meter)
apparent density 4.1 g/cm3
Density 8.3 g/cm3
Chemical Composition Co Remainder
Cr 26~30 wt %
Mo 5~7 wt %
Si ≤1 wt %
Mn ≤1 wt %
Fe ≤0.75 wt%
C ≤0.16 wt%
Ni ≤0.1 wt %
Parts properties Relative density ≥99%
Tensile strength Approx.1100 MPa
Yield strength Approx.900 MPa
Elongation after fracture Approx.10%
Elasticity modulus Approx.200 GPa
Hardness 35~45 HRC (323~428 HB)

 


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