What are the key features of VINATech's fuel cell catalysts?

VINATech's catalysts are characterized by low platinum (Pt) usage, a wide electrochemical reaction area for high performance, high durability, and excellent dispersibility. Our patented technology allows for precise control of metal catalyst particle size and Pt loading, which are crucial for the lifespan and efficiency of the MEA.

What is the role of a catalyst in a fuel cell?

The catalyst is a key component of the Membrane Electrode Assembly (MEA) and is responsible for accelerating the electrochemical reactions that generate power in a fuel cell. The quality and characteristics of the catalyst directly impact the fuel cell's overall efficiency and lifespan.

What types of fuel cell catalysts does VINATech offer?

VINATech offers various types of catalysts, including VFC-HE and VFC-SP series, with different platinum contents ranging from 20% to 60%. We also offer a VFC-SP(Ru) catalyst for specific applications, with various support types like Herringbone and Carbon black to meet diverse performance requirements.

Fuel Cell Catalysts | VINATech High-Performance Platinum Catalysts

Fuel Cell

We have established a value chain for the key materials and components of hydrogen fuel cellsbased on patented carbon materials. Using our own technology, we
are the only ones in the world to batch manufacture supporter-catalyst-MEA. Additionally, we are applying this technology to the mass production of deodorizers.

VINATech has technology for controlling metal catalyst particle size and Pt loading.: The catalyst is a major material composing the MEA electrode and the characteristics of the supporter greatly affect the efficiency and durability of the fuel cell. VINATech has successfully commercialized its independently and affects the performance and lifespan of the MEA. Catalyst production technology is one of the core technologies of fuel cells.
VINATech catalysts have the following features: