Tackling the Evolution of Energy Solutions

In the search for cleaner, more efficient energy solutions the range of groundbreaking technologies available is growing.

Whether you are looking to create fuel cells that generate electricity through chemical reactions or build  advanced hydrogen storage methods, having the right materials is crucial to being able to make functional devices with the desired level of performance.

We can support your range of advanced materials needs.

Advanced Materials to Tackle Energy Solutions Evolution | GoodfellowAdvanced Materials to Tackle Energy Solutions Evolution | Goodfellow
Alternative Advanced Materials Options for Fuel Cells & Hydrogen Storage | GoodfellowAlternative Advanced Materials Options for Fuel Cells & Hydrogen Storage | Goodfellow

Providing You with Alternative Materials

There has been a push towards the incorporation of new materials into fuel cell manufacturing that are more abundant on earth. Hydrogen presents an attractive option for energy storage and conversion.

Fuel cells, which convert the chemical energy from a fuel into electricity through chemical reaction with oxygen, are increasingly seen as a viable alternative to traditional energy sources.

The challenge lies in the efficient storage and transportation of hydrogen. Research is focused on developing materials and technologies that can store hydrogen safely, including metal and complex hydrides as well as carbon-based materials including graphene and carbon nanotubes.


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Our Product Range

At Goodfellow, we offer a comprehensive range of high-purity materials relevant for your applications, including:

  • Flexible Graphite Foil
  • Platinum Powder
  • Ruthenium Powder
  • Titanium Hydride Powder
  • Carbon Nanotubes Powder
  • Graphene Powder
  • 316L Stainless Steel Foil
Our Comprehensive Range of High-Purity Advanced Materials for Fuel Cells & Hydrogen Storage | GoodfellowOur Comprehensive Range of High-Purity Advanced Materials for Fuel Cells & Hydrogen Storage | Goodfellow

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Technical Solutions to Help Simplify Fuel Cell & Hydrogen Storage Decisions | GoodfellowTechnical Solutions to Help Simplify Fuel Cell & Hydrogen Storage Decisions | Goodfellow

Simplifying Complex Choices with Advanced Materials

The production of energy storage devices involves a multitude of materials and requires careful decision-making. Safety considerations are paramount, even with commonly used materials. Furthermore, it’s crucial to take into account the historical price fluctuations of many metals, which are in high demand.

When navigating the complex choices and considerations for material performance for battery manufacturing, it can be helpful to have a partner that is a materials expert.

Goodfellow can provide reliable and timely supplies of high-quality materials along with expert support in this area, having worked with experts across academia, manufacturing and research to support the work in these sectors with both the physical materials and the knowledge to successfully complete their goals.   

Navigating You Through Key Considerations

For many renewable energy applications, having the right materials is crucial to being able to make functional devices with the desired level of performance. For fuel cells, hydrogen storage and battery manufacturing, there are a number of material performance challenges that need to be overcome, including issues around chemical corrosion, pressure and longevity.

Beyond direct approaches to electrical energy generation such as wind turbines and tidal power, the production and storage of hydrogen in fuel cells present another potential eco-friendly solution to energy production and storage.

However, finding suitable materials for hydrogen storage is a challenge due to the low energy density of hydrogen gas compared to other hydrocarbon mixtures. This means that it needs to be stored at much higher pressures, posing a safety and material storage challenge, especially for hydrogen-powered vehicles where the risk of collision is non-negligible.

An additional challenge specific to hydrogen fuel cells is the catalyst degradation over time. The catalysts, often made of precious metals like platinum, are crucial for the operation of the fuel cells. However, they tend to degrade over time, reducing the efficiency and lifespan of the fuel cells. This makes the development of more durable and cost-effective catalysts a key area of research in the field of hydrogen fuel cells.

Materials & Technical Support For Fuel Cell & Hydrogen Storage Considerations | GoodfellowMaterials & Technical Support For Fuel Cell & Hydrogen Storage Considerations | Goodfellow

Why Goodfellow?

  • No minimum order
  • Over 170,000 advanced materials: in one place, one of the largest range available globally
  • Materials selection, customization and development: from custom parts for prototyping through to production, and full product modification
  • Product services: machining/cutting services, rolling and metal foil production, analytical services to custom wire manufacturing, and more, we offer a full range of services to meet your needs
  • Free and fast delivery: Worldwide shipping and custom clearance, to your door. All orders are dispatched within 48 hours
  • Commercial arrangements: from call off orders, buffer stock, fixed and contract pricing and discounts for increased volumes, and more, with product traceability and compliance documentation
  • We help you innovate into the future.

*Conditions apply

Expert Advanced Materials Advice for the Fuel Cell & Hydrogen Storage Sector | GoodfellowExpert Advanced Materials Advice for the Fuel Cell & Hydrogen Storage Sector | Goodfellow

Expert Advice on Advanced Materials

In the selection of materials for fuel cells and hydrogen storage, key considerations include chemical resistance and stability. Often, composite and complex materials, such as palladium or certain alloys, can be an optimal choice to meet the desired properties.

For applications like fuel cell manufacturing and various other energy applications, the use of high-performance materials is a necessity. Manufacturing fuel cells and other areas like solar cell production often require unique combinations of materials at very high qualities.

For example, hydrogen and oxygen are two of the most common material combinations for fuel cell manufacture, especially for high-power stationary devices.

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About Goodfellow

For over 75 years, we've been your trusted partner in scientific advancement, supporting researchers and businesses globally with high-quality advanced materials.

Our comprehensive catalog features over 170,000 speciality materials, forms and components, which are available from small research quantities to larger production requirements. We offer you fast dispatch and complimentary global delivery, ensuring an exceptional customer experience.