Advanced Porous Materials and Coatings for Energy and Industrial Applications
Patent-protected 3D nanofiber technology
The Electrode Efficiency Challenge
Green hydrogen must compete with fossil fuels, but electrolyzer electrodes hold it back.
Low surface area: Today's nickel foams and plates have low surface area, limiting performance
Nickel dependency: Heavy reliance on nickel (an EU critical raw material) creates supply-chain risk
High production cost: Costly to produce, driving up CAPEX
The result: lower efficiency and a higher cost per kilogram of hydrogen produced.
Engineered for Scale, Designed for Efficiency
FIBERNEX develops next-generation porous materials that combine engineered nanofiber substrates with thin, uniform metallic coatings - delivering significantly higher active surface area than conventional alternatives.
Applied to green hydrogen: a patent-protected 3D nanofiber mat, coated with a thin nickel layer via low-cost electroless plating, replaces bulky nickel-foam electrodes.
Dramatically reduced material dependency and environmental impact
A 5 MW electrolyzer stack gains ~45 additional tonnes of green hydrogen per year
Proprietary manufacturing process
Key Data
FIBERNEX technology is already earning outside validation - from funders, industry partners, and competitions.
Raised to date
Companies in our pilot pipeline
Including Stiesdal, Sungrow, Evoloh, HyDEP, and Hymeth
Lower production cost
Laboratory-validated, pilot-ready
Durability testing, no degradation
Careers
We're a small, fast-moving team building deep-tech hardware
Open Positions
Business Cofounder
Co-founder to lead fundraising and commercialization as we take our validated pilot-scale technology to market.
Chemical Engineer
Chemical engineer role to develop our electroless plating process from lab scale to pilot production.
Development Engineer
Hands-on engineer to help build our hardware and software systems from the ground up.
Student Assistant
Support our website, social media, and day-to-day business operations, ~15 hrs/week.