Sign up for our newsletter!
Your data will be handled in compliance with our privacy policy.
Your data will be handled in compliance with our privacy policy.
We are pleased to announce that from today Sankar Sasidharan, PhD, has joined Smoltek, thanks to a prestigious industrial postdoc grant from WISE - Wallenberg Initiative for Sustainable Material Science.
Sankar will be employed by Smoltek Hydrogen and share his time between our efforts to develop our innovative electrolyzer material (ECM) and postdoctoral research in PEM anode coatings together with Prof. Zhenyuan Xia from the Institute of Material Science at Chalmers University of Technology.
Sankar has most recently made a postdoctoral stay at IMS Chalmers and Tokyo Institute of Technology and he is bringing his competence in material science and electrochemistry to improve the durability of our PEM cells and accelerating our technology a few steps in technology readiness and market success.
Your data will be handled in compliance with our privacy policy.
News
June 18, 2025
Smoltek Semi has initiated the signing of a technical service agreement with the Taiwanese Industrial Technology Research Institute (ITRI) that enables low-volume production of Smoltek's propriety CNF-MIM capacitors.
IR Blog Posts
June 16, 2025
Smoltek Semi joins an elite club of companies achieving 1 µF/mm² capacitance density, but stands alone in reaching this milestone with an ultra-thin profile. This breakthrough unlocks the under-chip real estate that represents the holy grail of capacitor placement in modern electronics.
News
June 12, 2025
Smoltek Hydrogen is developing Smoltek PTE – a proprietary porous transport electrode based on carbon nanostructures, which is intended to meet the requirements of next-generation PEM electrolyzers for the production of fossil-free hydrogen.
News
June 11, 2025
Smoltek Semi has successfully engineered an advanced dielectric stack that surpasses 1 microfarad per Square millimeter capacitance milestone.
News
June 11, 2025
Smoltek Semi develops CNF-MIM – a proprietary capacitor technology based on carbon nanofibers, which is intended to meet the demands of next-generation electronics, including applications in AI, smartphones and automotive electronics.