|Temperature range:||1.9K - 400K|
|Magnetic field:||±9 T|
|Temperature range:||1.9K - 400 K|
|Magnetic field:||±7 T|
<1 x 10-8 emu to 250 mT
<6 x 10-7 emu to 7 T
X-ray absorbtion CT is a non-destructive imaging method to analyze the inner constitution of solid objects and allows to distinguish between different phases (including defects and pores) due to their different absorbtion properties.
The Nara Hybridizer System is a dry-coating method for the surface modification of functional core powder particles. The core powder and the coating particles are dispersed together in a high speed gas flow and blended by mechanical impact in the recipient.
Due to the large mechanical impact processing times are drastically reduced, e.g. in comparison to ball milling or other dry-coating methods.
We use the process for coating brittle functional particles with smaller ductile particles in order to improve the corrosion resistance and/or the mechanical stability of the post-processed green parts.
Also rounding of irregularly shaped particles is possible, in order to improve the flowability for example in SLM powder beds.
However a vast number of materials combinations is possible, the coating layer itself is mainly dominated by the particle size ratio and the mechanical properties of the combined materials.