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Makale / ArticleBor atomundan olu%u015fan molek%u00fcllerin anti bakteriyal %u00f6zellik ta%u015f%u0131d%u0131%u011f%u0131 bilinmektedir. Firmalar, bu %u00f6zelli%u011finden yararlanarak hekzagonal bor nitr%u00fcr%u00fcn anti-fouling %u00f6zellikli kaplamalarda kullan%u0131lmas%u0131na y%u00f6nelik Ar-Ge %u00e7al%u0131%u015fmalar%u0131 y%u00fcr%u00fctmektedir.Bunun yan%u0131nda anti korozyon %u00f6zelli%u011fi y%u00fcksek olan hekzagonal bor nitr%u00fcr ile korozyon diren%u00e7li kaplama geli%u015ftirilme %u00e7al%u0131%u015fmalar%u0131 devam etmektedir. 2 boyutlu yap%u0131ya sahip olan d%u00fczlemsel hekzagonal bor nitr%u00fcr metal y%u00fczeyinde %u00f6rt%u00fcc%u00fc %u00f6zellik sa%u011flayarak korozyonu olu%u015fturan ortam ve iyonlar%u0131 metal y%u00fczeyinden uzak tutarak korozyonun %u00f6n%u00fcne ge%u00e7mektedir. It is known that molecules containing boron atoms exhibit antibacterial properties. For this reason, companies are conducting R&D studies to develop antifouling coatings using hexagonal boron nitride.In addition, efforts are ongoing to develop corrosion-resistant coatings using hexagonal boron nitride, which has high anticorrosion properties. Planar hexagonal boron nitride, with its two-dimensional structure, provides a covering effect on metal surfaces, preventing corrosion by keeping the corrosive environment and ions away from the metal surface.26 TURKCOAT Aral%u0131k / December - Ocak / January 2026%u015eekil 2. Hekzagonal bor nitr%u00fcr i%u00e7erikli kaplaman%u0131n metal y%u00fczeyinde korozyonu engellemesi.Figure 2. Hexagonal boron nitride coating prevents corrosion on metal surfaces.Ayr%u0131ca alev direnci y%u00fcksek olan hekzagonal bor nitr%u00fcr ile aleve kar%u015f%u0131 diren%u00e7li kaplamalar geli%u015ftirilmesine y%u00f6nelik %u00e7al%u0131%u015fmalar ara%u015ft%u0131rmac%u0131lar taraf%u0131ndan s%u00fcrd%u00fcr%u00fclmektedir. 2973 %u00b0C erime noktas%u0131na sahip olan hekzagonal bor nitr%u00fcr%u00fcn kaplama i%u00e7erisinde kullan%u0131lmas%u0131 sayesinde alev direnci y%u00fcksek kaplamalar %u00fcretilebilir. Sonu%u00e7Bu ve benzer bir%u00e7ok pozitif %u00f6zelli%u011fe sahip hekzagonal bor nitr%u00fcr%u00fcn kullan%u0131m%u0131, yeni nesil boya ve kaplama %u00fcretiminin kap%u0131s%u0131n%u0131 a%u00e7acakt%u0131r. Nano malzemelerin kullan%u0131m%u0131 ile daha d%u00fc%u015f%u00fck miktarda kullan%u0131lan malzeme ile daha kaliteli %u00fcr%u00fcnler elde edilebilmektedir. G%u00fcn%u00fcm%u00fcz teknolojisine ayak uydurarak daha ileri d%u00fczey %u00fcr%u00fcnler %u00fcretmenin yolu nano malzemelerden ge%u00e7mektedir. Ar-Ge %u00e7al%u0131%u015fmalar%u0131n%u0131n artmas%u0131yla d%u00fcnya genelinde yeni nesil teknolojilere s%u00fcrekli olarak adapte olmaktay%u0131z. Furthermore, researchers are studying the development of flame-resistant coatings using hexagonal boron nitride, which has high flame resistance. Thanks to its melting point of 2973 %u00b0C, the use of hexagonal boron nitride in coatings can enable the production of highly flame-resistant coatings.ConclusionThe use of hexagonal boron nitride, which possesses many positive properties such as those described above, will open the door to next-generation paint and coating production. Through the use of nanomaterials, higherquality products can be obtained with smaller amounts of material. Keeping pace with today%u2019s technology, the path to producing more advanced products lies in nanomaterials. With increasing R&D efforts, we continue to adapt to next-generation technologies worldwide.Kaynak%u00e7a / References[1] Kaya O., 2D hexagonal boron nitride-based anticorrosion coatings, J. Phys. Mater. 8 (2025) 042002[2] Saji V.S., 2D hexagonal boron nitride (h-BN) nanosheets in protective coatings: A literature review, Heliyon 9 (2023) e19362[3] QSAM, Difference between cubic and hexagonal boron nitride.