R&D of new generation superalloys application in metal 3D printing. Property design and estimation methodology for alloys (heat dissipation, heat storage, hydrogen storage, thermoelectric materials, radiation shielding
Development of flow chemistry equipment and technologies
Development of nanoporous alumina insulating materials new metal-ion batteries with increased energy density for space applications
Design of custom engineering solutions atpicosatellite scale, materials testing for high temperature functional and structural applications
Succes stories
Achived Results
The mission of ATL-1 with three different insulation materials , the results evaluated and published in peer review journal.
The mission of MRC-100 with special nanoporous pure aluminium-oxide fibre insulation is in progress.
Successful collaborations
MRC-100 pico satellites were successfully launched with H-ion’s battery
insulation materials onboard.
Succesful projects
The ATL-1 mission was a collaboration between Advanced Technology of Laser Ltd., Budapest University of Technology and Economics and Eötvös Loránd University.
H-ION Kutató, Fejlesztő & Innovációs Kft.
Space industry contact person: Holló Annamária
Phone number: +36 20 493 5995
E-mail: annamaria.hollo@h-ion.hu
TD-24.D Ground and Space Environmental Effects on Materialsand Processes
TD-24.E Modelling of Materials Behaviour and Properties
TD-24.I Advanced Manufacturing Technologies
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