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innovation
Smoltek has received a new patent for the CNF-MIM technology
Smoltek is awarded yet another patent in the Discrete CNF-MIM patent family. The innovation discloses a discrete capacitor component based on our CNF-MIM technology that can achieve unparalleled high capacitance density. This also brings our IP portfolio to comprise 95 granted patents.
How Smoltek Hydrogen aligns development with customer needs – interview with Ellinor Ehrnberg
Taking a breakthrough technology from the lab bench to the world market often requires collaboration with large industrial enterprises. In this interview, Ellinor Ehrnberg, president of Smoltek Hydrogen, explains how the company aligns its own development with that of potential buyers while navigating the complex journey from initial interest to strategic partnership.
Smoltek has been awarded another patent for the CNF-MIM technology
Smoltek is awarded an additional patent in the Discrete CNF-MIM patent family. The protected innovation in this patent family discloses a discrete capacitor component based on our CNF-MIM technology. This also brings our IP portfolio to comprise 94 granted patents.
Smoltek has been awarded another patent for improving capacitor density
Smoltek has been awarded another patent in the Multilayer Cap patent family. The innovation in this patent family introduces a MIM-capacitor device that can double or triple the capacitance density of our CNF-MIM capacitors.
Smoltek’s interim report for Q3 2024
Smoltek has published the company's interim report for the third quarter 2024. The report, in both Swedish and English, can be found on the company's website under the Investors tab.
Smoltek Hydrogen receives order for a pre-study of electrochemical devices
Smoltek Hydrogen has received an order to carry out a small preliminary study of a special type of electrochemical cell, adapted for electronic devices. This could open new business opportunities for Smoltek.
Smoltek has been granted a new patent within hydrogen technology
Smoltek has been awarded a new patent within the hydrogen business area. The patent discloses an invention for corrosion protection of nanostructures with non-noble metal oxides on the anode in PEM water electrolysis, improving the durability and efficiency of electrodes with low iridium loading.
Electrolyzer Oxide Coating
The Electrolyzer Oxide Coating family offer a chemically stable solution, coating a nanostructure with non-noble metal oxides, this avoiding the use of expensive platinum for anode porous transport electrodes (PTEs). The inventions also improve the durability and efficiency of the PTE.
Smoltek and cutting-edge research in nanotechnology
Smoltek is a Gothenburg-based materials technology company that specializes in research and development of applications based on carbon nanofibers, which can create new products with revolutionary properties.
Smoltek Hydrogen achieves milestone with A4-sized CNF-growth
Smoltek Hydrogen has made a significant technological breakthrough. The R&D team has successfully grown carbon nanofibers (CNFs) over an A4-sized area, marking the first time such a large CNF-covered material sample has been fabricated. This breakthrough is a crucial step towards industrial scalability of carbon nanofiber coating, which is a key step in developing the porous transport electrode for PEM electrolyzers and similar solutions for fuel cells being developed by Smoltek Hydrogen.
Smoltek has been granted a new patent in the Discrete CNF-MIM patent family
Smoltek has been awarded a new patent in the Discrete CNF-MIM patent family. The protected innovation in this patent family discloses a discrete capacitor component based on our CNF-MIM technology. This also brings our IP portfolio to comprise 91 granted patents.
Multilayer Cap
The Multilayer Cap patent family introduces a MIM-capacitor device that can double or triple the capacitance density of Smoltek's CNF-MIM capacitors. The patent details an invention for a layered energy storage device, specifically a capacitor, built using a metal-insulator-metal (MIM) configuration.