Titanium Bipolar Plates – Engineered for High-Performance Fuel Cells & Electrolyzers

Titanium bipolar plates deliver the optimalbalance of durability, lightweight design, and long-term performance,making them the preferred solution for next-generation PEM fuel cells andPEM electrolyzers.

Designed for demanding electrochemicalenvironments, titanium bipolar plates enable higher power density, longerstack life, and lower total cost of ownership (TCO) compared with stainlesssteel and graphite alternatives.

Titanium offers exceptional resistanceto acidic and high-humidity conditions, forming a stable, self-healingoxide layer that prevents corrosion even under elevated operating voltages.

With a high strength-to-weight ratio,titanium enables ultra-thin bipolar plates without sacrificingmechanical integrity.

Titanium bipolar plates are fullycompatible with advanced conductive coatings such as TiN, carbon-basedcoatings, and noble metal layers, delivering low and stable interfacialcontact resistance (ICR).

Titanium foils support precisionstamping, hydroforming, and laser welding, enabling complex micro-channelflow field patterns.

Titanium bipolar plates provide efficientheat dissipation across thin structures, supporting uniform temperaturedistribution within the stack.

Although titanium has a higher initialmaterial cost, its corrosion resistance, mechanical durability, and longlifespan significantly reduce replacement and maintenance costs.