Swipe through our selection of high-tech products or let us know for which project can we competently assist you with today? Search our Services, Products and our Innovative Technologies we use—or choose your industry and learn more about your possibilities!
RHP Technology
Perfectly tuned materials through 30 years of powder technology, hot pressing, plasma metal deposition. With RHP-Technology GmbH you draw on this enormous pool of experience; 3D printing, spark-plasma-sintering, powder injection molding included!
RHP Attophotonics
Unique in Nano, Sensors and Surface Technology. Our Attophotonics Biosciences GmbH team works with Smart Surfaces across all application areas from biofunctional, aesthetic, converting, tribological, sensory, up to as far as really intelligent ones – simply perfectly tuned!
RHP Space
Of currently 3000 active satellites in Earth orbit, about 1000 are equipped with technologies from AT Space GmbH! We develop components and assemblies for proven use in space. Perfectly tuned materials and coatings are the basis for this future!
“The aim of the project was to assess the feasibility of manufacturing large-size space hardware, resulting on components with good mechanical properties and surface finishing. Therefore, Plasma Metal Deposition (PMD) was proven to be a candidate method for manufacturing space parts in the future.” says Enrique Ariza from RHP.
Equal Channel Angular Pressing ECAP of biomaterials (pure-Mg, Mg alloys, pure-Ti, Ti alloys) and non-biomaterials (electro-Cu, Cu alloys, Al alloys) for medical and non-medical applications.
In “nano-thin” layers RHP Attophotonics creates a wide range of colors without the need for chemical pigments.
Bionic inspired colors can be used for colored bar-codes and anti-counterfeiting tags.
https://www.rhp-technology.com/en/applications-products/nano-enhanced-materials/bionic-colors
Additive Manufacturing for WC-Co
our ongoing international project Wear-O shows first results on 3D printing of tungsten carbide samples.
Fused Filament Fabrication (or also MEAM - Material Extrusion Additive Manufacturing) is a cost effective technology not only for polymers but also for ceramics and metals.
Nano-Engineering!
Amazing! we are thrilled to present our new facilities in Wiener Neustadt, the Austrian focal point for material development and advanced manufacturing!
Our group in Wiener Neustadt is led by Dr. Laszlo Sajti, concentrating on nano engineering, by using technologies like ECAP for high performance metals as well as laser induced manufacturing for high purity nano-powder synthesis.
