Blografi

Introduction Graphene is one of the most widely discussed materials in advanced technology, yet its practical use often reveals a more complex reality. Materials described under the same “graphene” label can exhibit notably different behaviors once integrated into real systems- differences that become visible during testing, scaling, and long-term operation rather than at the conceptual level. This article builds on the framework introduced in the first part of this blog series, whic …

Introduction Advanced materials are no longer peripheral inputs in technology development; they have become decisive factors that define performance ceilings, reliability thresholds, and scalability limits. In sectors such as energy storage, electronics, aerospace, and defense, the critical threshold between the prototyping stage and the transition to industrial proof-of-concept and mass production is increasingly determined by material behavior under real operating conditions. Parameters such a …

Art, design, and advanced materials are converging at an unprecedented pace, with nanotechnology in art emerging as a central force behind this transformation. As one of the leading companies developing advanced nanomaterials and functional surfaces, Nanografi operates at the forefront of nano-engineered materials that enable stimuli-responsive behavior, adaptability, and time-dependent performance. This same material intelligence is now reshaping contemporary art, making it possible for artwork …

From Fiction to Advanced Nanomaterials in Real Protective Systems For years, popular culture has portrayed “super suits” capable of extreme impact resistance, thermal control, electromagnetic shielding, and seamless embedded electronics. While these cinematic armors belong to fictional universes, the underlying performance attributes increasingly align with what advanced nanomaterials can deliver today. As Nanografi, we work at the core of this evolving materials ecosystem, deliverin …

As research in advanced materials expands, graphene derivatives with engineered surface chemistry are increasingly shaping next-generation technologies (Zhang et al., 2022; Grand View Research, 2024). Among these, tetraethylene pentamine-functionalized reduced graphene oxide (rGO-TEPA) stands out for its ability to To combine high electrical conductivity with abundant amine functional groups that enable strong chemical interactions. Recent studies confirm that functionalized graphene derivativ …