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Fuel Cell Bipolar Plates

Metallic Bipolar Plate (MBPP) Expertise

PRECISION RESOURCE IS YOUR TRUSTED PARTNER FOR INNOVATIVE METAL BIPOLAR PLATE DEVELOPMENT AND MANUFACTURING SOLUTIONS.

Our advanced manufacturing processes, including multi-stage forming technology, offer a new era of design and production, enabling the manufacturing of complex, ultra-precise flow-field geometries and functional integrations that enhance both cell performance and durability.

With the ability to work with materials like stainless steel and titanium, we provide robust, high-tensile substrates capable of withstanding demanding applications. Partnering with industry leaders to accelerate development and drive innovation in hydrogen technologies, we are a trusted partner from sub-scale and full-scale prototyping for bench testing through to series production.

Precision Manufacturing of Fuel Cell Stack Components

At the forefront of metal forming technology, we specialize in the manufacturing of fuel cell stack components, including high-performance metallic bipolar plates (BPPs). The bipolar plate plays a critical role in the overall efficiency and cost-effectiveness of fuel cell and electrolyzer systems. By offering significant advantages over traditional graphite plates, metal bipolar plates enhance conductivity, volumetric cell and stack power densities, and reduce weight.

Image credit ZSW and HyFaB

Why Choose Precision Resource?

We leverage a global network of production facilities, technical centers, and industry and research partners to provide custom bipolar plate solutions that meet the stringent requirements of zero-emission fuel cell vehicles and high-efficiency electrolyzers for the highest-purity green hydrogen production.

In addition to advancing the bipolar plate to commercialized, high-volume manufacturability, Precision Resource is committed to improving overall fuel cell stack performance. We collaborate closely in research and development to assess every aspect of the design, driving continuous innovation to optimize fuel cell stack performance

See how our extensive capabilities and strategic partnership can benefit your fuel cell stack component project and then contact our team to discuss your needs:

Advanced Tooling Solutions

Precision Resource’s advanced tooling capabilities help ensure precision and efficiency in manufacturing custom metallic bipolar plates. Our in-house tooling design enables us to maintain control over production, delivering high-quality solutions for both prototypes and high-volume runs.

University of Waterloo Partnership

Our collaboration with the University of Waterloo provides access to cutting-edge research and development in fuel cell technology. This partnership allows us to integrate the latest advancement directly into the design and manufacturing of our bipolar plates.

Expert Testing Capabilities

We offer comprehensive testing services, including material analysis and long-term performance evaluation. Our facilities simulate real-world conditions to ensure our fuel cell stack components meet strict reliability, performance, and durability standards.

Global Production & Expertise

With a global network of production facilities, Precision Resource delivers scalable solutions for fuel cell stack components. Our international presence allows us to efficiently meet demand while maintaining high manufacturing standards and expert support.

Why Choose Precision Resource?

We leverage a global network of production facilities, technical centers, and industry and research partners to provide custom bipolar plate solutions that meet the stringent requirements of zero-emission fuel cell vehicles and high-efficiency electrolyzers for the highest-purity green hydrogen production.

In addition to advancing the bipolar plate to commercialized, high-volume manufacturability, Precision Resource is committed to improving overall fuel cell stack performance. We collaborate closely in research and development to assess every aspect of the design, driving continuous innovation to optimize fuel cell stack performance

See how our extensive capabilities and strategic partnership can benefit your fuel cell stack component project and then contact our team to discuss your needs:

Advanced Tooling Solutions

Precision Resource’s advanced tooling capabilities help ensure precision and efficiency in manufacturing custom metallic bipolar plates. Our in-house tooling design enables us to maintain control over production, delivering high-quality solutions for both prototypes and high-volume runs.

University of Waterloo Partnership

Our collaboration with the University of Waterloo provides access to cutting-edge research and development in fuel cell technology. This partnership allows us to integrate the latest advancement directly into the design and manufacturing of our bipolar plates.

Expert Testing Capabilities

We offer comprehensive testing services, including material analysis and long-term performance evaluation. Our facilities simulate real-world conditions to ensure our fuel cell stack components meet strict reliability, performance, and durability standards.

Global Production & Expertise

With a global network of production facilities, Precision Resource delivers scalable solutions for fuel cell stack components. Our international presence allows us to efficiently meet demand while maintaining high manufacturing standards and expert support.

Diverse Applications for
Fuel Cell Stack Components

Our fuel cell stack components and metallic bipolar plates play a pivotal role in a variety of industries driving the transition to clean energy, including:

The large variety of applications highlights the versatility and importance of our metallic bipolar plate solutions in advancing hydrogen-powered technologies across multiple sectors. Talk to our experts today about your specific application requirements.

Leverage Our Fuel Cell Stack Components Expertise

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