Revolutionizing PEM Electrolysers with Resillion™ Coating Technology
Key Ideas
- James Cropper introduces Resillion™, a groundbreaking coating technology for PEM electrolysers, enhancing performance and design flexibility.
- The technology, developed over 10 years, improves conductivity, reduces contact resistance, and provides corrosion protection in titanium components.
- Resillion™ offers unique benefits such as excellent coating adhesion, scalability, and the ability to coat components of various sizes and shapes, maximizing platinum efficiency.
- With over 250,000 coated parts globally, Resillion™ can be scaled rapidly through James Cropper's Modular Production Unit, advancing the durability and profitability of electrolyser stacks.
James Cropper has unveiled Resillion™, its innovative coating technology for PEM electrolysers, promising enhanced performance and adaptability. This proprietary technology, born from a decade of research, improves the conductivity, reduces contact resistance, and protects against corrosion in titanium components like bi-polar plates and meshes. Resillion™ stands out from traditional methods by offering exceptional coating adhesion, swift production scaling, and the ability to coat components of various shapes and sizes. Moreover, it optimizes platinum usage for intricate shapes, addressing the growing complexity in electrolyser structures. With a proven track record of over 250,000 coated parts globally, the technology can be seamlessly expanded through James Cropper's Modular Production Unit. Jack Williams, the Business Development Manager, highlighted the precision of Resillion™ in evenly distributing platinum across metal surfaces, even in hidden areas. By presenting at the Hydrogen Technology Conference in Hamburg, James Cropper aims to showcase Resillion's potential in shaping the hydrogen market. Overall, Resillion™ is set to revolutionize electrolyser performance, durability, and profitability with its advanced coating capabilities.