Greene Tweed, a global leader in advanced materials, has revealed the launch of Arlon® 3160XT, a cutting-edge glass-reinforced, cross-linked PEEK material specifically designed for fuel cell, electrolyzer, and valve components in hydrogen applications. The material's exceptional creep resistance and electrical insulation properties aim to address critical material challenges faced in the hydrogen industry. By surpassing the performance of non-cross-linked glass-filled PEEK, Arlon® 3160XT ensures long-term durability under sustained mechanical loads with a 20X+ improvement in creep resistance. Additionally, it offers superior high-temperature performance and electrical insulation, crucial for maintaining operational lifespans in electrochemical cells. The material's flame resistance further enhances its reliability in extreme conditions. Kerry Drake, Corporate Thermoplastics Technology Manager at Greene Tweed, highlighted the significance of Arlon® 3160XT in meeting the industry's need for scalable, efficient, and cost-effective solutions. The material aims to optimize hydrogen processes, reduce operational costs, and enhance overall performance and reliability. Introduced at the Hydrogen and Fuel Cell Seminar in Long Beach, CA, the new grade builds upon Greene Tweed's existing Arlon® 3000XT platform, offering improved performance in demanding environments. This launch signifies a substantial step forward in engineered materials for industries embracing hydrogen energy. By providing a combination of innovation, performance, and reliability, Arlon® 3160XT plays a pivotal role in advancing material solutions for the evolving hydrogen sector. Companies interested in exploring the capabilities of Arlon® 3160XT can participate in Greene Tweed's upcoming Engineering Edge webinar, scheduled for February 26, 2025, to learn more about this innovative material.