Fine Spherical Aluminum Powder , Silver Metal Powder Metallurgy 3d Printing

?? 3d rapid prototyping used spherical powder TC4, 316L, AlSi10Mg, In718

Specification

TC4

Ti (balance)

Al (5.5 - 6.75 wt-%)

V (3.5 - 4.5 wt-%)

O (< 1600 ppm)

N ( < 500 ppm)

H ( < 150 ppm)

Fe ( < 3000 ppm)

Density 4.40g/cm3

Particle size -250mesh

Powder particle specific surface area 0.1910m/g

Degree of sphericity ≥97%

Recommended layer thickness 30, 40 um

Apparant density 59.3%

Relative density of formed parts Approx. 100%

316L

Fe (balance)

Cr (17.2- 18.5wt-%)

Ni (11- 14 wt-%)

Mo ( 2-3wt-%)

Si ( < 1 wt-%)

Mn ( < 1.5 wt-%)

Cu ( < 0.5 wt-%)

O (＜800ppm)

Density 7.93g/cm3

Particle size -270mesh

Powder particle specific surface area 0.102cm2/g

Degree of sphericity ≥94%

Recommended layer thickness 20,30,40um

Apparant density 61.0%

Relative density of formed part Approx.100%

In718

Fe (balance)

Cr ( 17.20-21.0 wt-%)

Ni ( 50-55 wt-%)

Mo ( 2.8-3.3wt-%)

Ti ( 0.65-1.15 wt-%)

Al ( 0.2-0.8 wt-%)

Co ( ≤ 1 wt-%)

Cu ( ≤ 0.3 wt-%)

C ( ≤0.08 wt-%)

Si, Mn (each ≤ 0.35 wt-%)

P, S (each< 0.015 wt-%)

O (< 700ppm)

Density:?8.15 g/cm3

Particle size:?-250mesh

Powder particle specific surface area:?0.11cm2/g

Degree of sphericity:?≥96%

Recommened layer thickness:?20,30,40um

Apparant density:?55%

Relative density of formed parts:?approx.100%

AlSi10Mg

Al?(balance)

Si?(9.0 – 11.0 wt-%)

Fe?(≤0.55 wt-%)

Cu?(≤0.05 wt-%)

Mn?(≤0.45 wt-%)

Mg?(0.02 - 0.45 wt-%)

Ni?(≤0.05 wt-%)

Zn?(≤0.05 wt-%)

Ti?(≤0.15 wt-%)

P, S?(each≤0.01 wt-%)

Competitive advantage

Adopt advanced vacuum gas atomization technology.

Customized particle size distribution.

Free sample is available.

Good flowability and apparent density.

Low oxygen content.

High purity.

On-time delivery.

Good toughness.

Fine moisture property.

Detailed image

? ? ? ? ? ? ? ? ??Advanced and mature vacuum gas atomization technology.