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Zirconia yttria nanopowders are valuable ceramic materials with interesting properties such as high ionic conductivity, thermal resistivity, chemical stability, and mechanical strength. These properties of zirconia yttria nanopowders are used in dental restorations, solid oxide fuel cells, catalytic applications, sensors, and temperature resistant coatings. Get to know Nanografi, which specializes in the production and supply of various advanced materials, including zirconia yttria …

Tungsten disulfide (WS2) is a well-known super lubricant with almost zero friction that has a two-dimensional (2D) crystalline structure. WS2 has shown favorable tribological properties possessing wear-resistance and lubricating behaviors while having almost no friction. Vahid Javan KouzegaranAnalytical Chemist (Ph.D.) / Nanografi Nano TechnologyIntroductionThe so-called tribological characteristic of WS2 is as a result of its axial ratio with the numerical of at least 1.87 leadi …

Pyrolytic graphite sheets are a very unique form of material that is extensively used across several industries. They are produced from pyrolytic graphite. Graphite has a historical background and has been investigated for several decades because of its potential excellent thermal, chemical, and mechanical properties. IntroductionThese sheets are highly effective and efficient because of their various thermal management and other unique characteristics. These sheets have revoluti …

Cesium tungsten oxide nanoparticles, which are categorized among the plasmonic nanomaterials, have attracted considerable attention as promising near infrared (NIR) shielding material due to their high transmittance of visible light and efficient NIR absorption capability. Cesium tungsten oxide nanoparticles are also advantageous as pigments with favorable heat resistance and longer lifetime. Nanoscale plasmonic materials exhibit characteristic absorption through surface plasmon excitation …

Graphene oxide and reduced graphene oxide are valuable graphene derivatives. Graphene oxide and reduced graphene oxide show different chemical and structural properties due to the differences in their chemical compositions. IntroductionThe most prominent differences are observed in the electrical conductivity, hydrophilic behavior, mechanical strength, and dispersibility of these materials. Different properties of graphene oxide and reduced graphene oxide are utilized in energy storag …