VINATech holds key component technology that maximizes the efficiency and durability of hydrogen fuel cells. Our fuel cell solutions, perfected with proprietary technology in catalysts, supports, MEA, and deodorizing filters, are driving innovation in the eco-friendly energy era for various applications, including hydrogen mobility and building power generation.
Carbon Supports
As a core material that determines fuel cell performance, VINATech's carbon supports boast high electrical conductivity and excellent corrosion resistance. Our proprietary surface treatment technology maximizes the binding force with the catalyst, dramatically improving fuel cell efficiency and durability.
Learn More >Catalysts
VINATech's high-efficiency catalysts are a core technology that accelerates the electrochemical reaction of hydrogen fuel cells. Our catalyst technology, secured through extensive R&D, delivers superior performance with less platinum, contributing to the miniaturization and cost reduction of fuel cell stacks.
Learn More >MEA (Membrane Electrode Assembly)
The **Membrane Electrode Assembly (MEA)** is the most crucial component for determining a fuel cell's power generation performance. VINATech produces optimized MEAs using our self-developed catalysts and supports. Our MEAs provide high power density and a long lifespan, maximizing the stability of the fuel cell system.
Learn More >Deodorizing Product
Fuel cells are highly sensitive to microscopic contaminants. VINATech's high-performance deodorizing filters effectively remove harmful substances from the air to protect the fuel cell stack. This extends the lifespan of the fuel cell and enables stable power generation.
Learn More >Bipolar Plates
Developed by our subsidiary Vina F&CM, our bipolar plates are a key component that reduces the volume and weight of fuel cell stacks. By applying our unique metal thin-film coating technology, we have secured excellent corrosion resistance and electrical conductivity, contributing to the acceleration of fuel cell commercialization.
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