Powders with the highest degree of processability

Right in step with the latest market developments and based on our long expertise in powder metallurgy, we have developed an AMPERTEC® Spherical Ta Powder.  It combines high corrosion resistance, thermal and electrical conductivity and excellent biocompatibility with necessary powder properties required by different Additive Manufacturing Technologies. Our powder is characterized by: very good flowability, high tap density, perfectly spherical shape and narrow particle size distribution. AMPERTEC® Spherical Ta powders are pre-conditioned for application in Laser Beam Melting (10 – 63 µm), Electron Beam Melting (63 – 105 µm), Laser Metal Deposition (105 - 150 µm) or according to customer requests.

Element

Unit    

< 63μm    

Mastersizer

D10

µm

15

D50

µm

30

D90

µm

55

Hall Flow 0.1 inch


7s

Hall Flow 0.2 inch


1s


Ultra-low O content powders as a unique HCST feature

To achieve the best properties in printed parts, high purity and low Oxygen content are essential requirements. With our unique technology, we are able to provide spherical Ta powder with Oxygen content below 600 ppm, which meets the challenging requirements of UHP and other high performance 3D printed applications.

Upon request we can provide powders with ultra low oxygen content.

Material

Fraction
(μm)               

O

(ppm)     

Spherical Ta

<63

<600


AMPERTEC® Spherical Ta < 63 μm

Ampertec
Ampertec

Powder Properties
  • Extremely low O content
  • Spherical shape, no satellites
  • High tap density
  • Very good flowability
  • Single phase

The combination of low oxygen content, spherical shape and excellent flowability makes our powders perfectly printable and contributes to achieve outstanding characteristics of 3D printed parts.


Downloads:

Product brochures

  •  
  •  
  • Language
  •  
  • AMPERTEC® Spherical Ta Powder for Additive Manufacturing
  • en