How can bipolar plate conductivity impact your fuel cell's overall efficiency?

The electrical conductivity of bipolar plates directly affects voltage losses and power output in your fuel cell stack. LEADTECH's precision-stamped metal bipolar plates achieve optimal conductivity values (>100 S/cm) that minimize internal resistance, potentially increasing your system's efficiency by 5-8% compared to standard plates. Contact us for conductivity test data specific to your PEMFC application.

Our stamped bipolar metal plates are designed to meet the evolving needs of the hydrogen economy, providing lightweight yet durable solutions that reduce overall system weight while maximizing power density. The precision flow field channels stamped into our plates optimize reactant distribution and water management, enhancing fuel cell efficiency and longevity. As a trusted Taiwanese manufacturer serving global markets, LEADTECH delivers bipolar plates that meet strict international standards for green energy components, supporting the transition to sustainable hydrogen power systems across automotive, stationary, and portable applications.