naco.techCrawled Nov 7, 2026
Naco ICR’s bimetallic nitride fuel cell coating protects bipolar plates without extensive noble materials, featuring three layers for adhesion, hydrogen diffusion prevention, and stable conductivity.
Naco ICR’s bimetallic nitride coating protects PEM water electrolyzer cathodes without extensive noble materials, featuring three layers for adhesion, hydrogen diffusion prevention, and stable conductivity.
Naco Technologies’ PVD method reduces platinum group metal and other material use in water electrolyzers by 10–40 times, while its bimetallic nitride coatings protect cathodes without extensive noble materials.
Naco Technologies provides high-quality PVD nano-coatings for PEM, solid oxide, and high-temperature PEM fuel cells, with its bimetallic nitride coating ranked top in independent tests.
Naco Technologies develops proprietary coating technology for novel material solutions in the hydrogen and green energy industries.
Researchers at the University of Latvia study nuclear fusion technologies, which release energy by merging light atomic nuclei, similar to the process in the Sun.
Naco Technologies as a selected startup with hydrogen solutions has participated in X-Linker New Energies event organised by 5-HT.
Naco Technologies has secured a grant of €2.3 million, as well as investment, for a total of €10 million to replace the need for platinum.
Naco Technologies and Dinex Latvia collaborate on a research project to develop and produce nanopatterned metal bipolar plates for hydrogen fuel cells, improving efficiency and durability using Naco’s high-speed magnetron sputtering technology.
Naco Technologies specializes in nano coatings to enhance efficiency and reduce costs in green hydrogen production systems.
Catalyst coated membranes (CCM), Solid Oxide Water Electrolyzer, Alkaline, AEM Electrolyzer Research Projects by Naco Technologies
Naco Technologies specializes in PVD nano-coatings for hydrogen electrolyzers, fuel cells, and green energy, reducing platinum group metal use by 10–40 times.