• Up to 45% lower friction coefficient compared to commercial alternatives
• Excellent shelf stability (6+ months)
• Oleophilic stable colloid with high monodispersity
• Excellent film formation: uniformly thin tribofilm
• Wear comparable to commercial alternatives
• Exceptionally low absorption into film (enabling long operational use)
• Very low manufacturing cost
• Highly consistent size and morphology, in the 5-50nm range

• High theoretical magnetic energy product (130 MGOe, or more than twice the maximum energy product of the best commercially available magnet, the rare-earth neodymium magnet)
• Rare earth-free
• Low cost
• Potential for high high thermal stability

• Cutting edge research on magnetocaloric devices (solid state refrigeration materials)
• Low operating costs, no mechanical maintenance
• Wide temperature range (~50K) for the thermal hysteresis
• The Curie temperature close to room temperature

Production of MnxGa magnetic nanoparticles for permanent magnets :
MnGa permanent magnet v4 20150112 aeg phb

• Rare earth free magnetic material
• Potential magnetization (MS) of 50 emu/g and coercivity (HC) of 4 kOe for the Mn2Ga phase
• Potentially higher coercivity of 1T and smaller magnetization of 20 emu/g for the Mn3Ga phase