Isostatic Graphite Bipolar Plates

Composite isostatic graphite bipolar plates are high-performance core components for fuel cells, manufactured using isostatic pressing technology and composite graphite materials. Designed specifically for proton exchange membrane fuel cells (PEMFCs), these plates offer excellent electrical conductivity, corrosion resistance, and gas barrier properties.

Carbon-plastic graphite bipolar plates are innovative composite core components for fuel cells, manufactured by combining high-performance graphite materials with specialty engineering plastics. This product integrates the excellent conductivity of graphite with the molding advantages of engineering plastics, making it an ideal choice for proton exchange membrane fuel cells (PEMFCs).

Isostatic graphite bipolar plates represent the premium choice for fuel cell applications, manufactured through advanced isostatic pressing technology. These plates offer superior performance characteristics compared to conventional graphite or composite alternatives, making them ideal for demanding fuel cell applications where reliability and longevity are paramount.

Flexible graphite bipolar plates are innovative fuel cell components manufactured using expanded graphite materials through specialized processes. Combining the excellent conductivity of traditional graphite with unique flexibility characteristics, they represent an innovative lightweight solution for fuel cell development.

Composite flexible graphite bipolar plates represent a new generation of fuel cell components manufactured by combining high-purity expanded graphite with polymer materials. Through innovative composite technology, these plates perfectly integrate the conductivity of graphite with the flexibility of polymers, achieving breakthrough improvements in both performance and reliability.

Air cooled fuel cell adopts Proton Exchange Membrane Technology to generate power without producing pollution or carbon emission.The new energy fuel cell has a variety of application scenarios.

With simple system design, air cooling fuel cell can be used for various scenarios, such as hydrogen bicycles,hydrogen powered tricycles, sightseeing vehicles, hydrogen drones, small power unmanned ship and portable power stations etc.

PEM hydrogen fuel cell adopts Proton Exchange Membrane Technology to convert hydrogen and oxygen into water and electricity. A PEM fuel cell generates power without producing pollution or carbon emission.