High-Performance Bipolar Plates for Fuel Cell Stacks
In fuel cells, metal bipolar plates are critical for:
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Gas distribution (hydrogen and air)
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Electrical conduction between cells
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Heat management
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Sealing and separation
Borit’s solutions enable efficient, compact and durable fuel cell systems.
Advanced Manufacturing Technologies
Our fuel cell bipolar plates are produced using:
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2.5D sheet metal forming
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Embossing of detailed flow channels
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Laser cutting
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Welding and sealing
This enables the production of complex, functional geometries with high repeatability and quality.
From Prototype to Mass Production
Borit supports the full development cycle of fuel cell bipolar plates:
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Design optimization (DfM)
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Prototyping
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Testing and validation
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Serial production
Our processes are designed for automotive-grade scalability and consistency.
Key Features of Our Fuel Cell Bipolar Plates
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Ultra-thin metal construction
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High electrical conductivity
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Optimized flow field patterns
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Excellent dimensional accuracy
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Integrated sealing zones
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Suitable for high-volume automotive production
Applications
PEM fuel cells
Automotive fuelcell systems
Heavy-duty mobility
Stationary power systems
Portable fuel cell solutions
Why choose Borit for Fuel Cell Bipolar Plates?
Strong track record in fuel cell technology.
Expertise in thin metal forming and precision manufacturing
Capability to produce complex, high-volume components
Integrated manufacturing for cost-efficient production
Looking for Fuel Cell Bipolar Plates?
Strong track record in fuel cell technology
Expertise in thin metal forming and precision manufacturing
Capability to produce complex, high-volume components
Integrated manufacturing for cost-efficient production