We offer a full portfolio of membranes, ensuring performance, durability, and efficiency across diverse hydrogen applications.

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• Zirfon membranes – industry standard for Alkaline Electrolyzers
   

• PPS membranes – high thermal and chemical resistance, ideal for demanding conditions
   

• AEM (Anion Exchange Membranes) – enabling next-generation alkaline technology
   

• PFSA membranes (Perfluorosulfonic acid, e.g. Nafion®) – widely used in PEM Electrolyzers for high conductivity
   

• Composite and specialty membranes – customized solutions for advanced hydrogen systems
   

Our membranes are available in different sizes, thicknesses, and performance grades, giving customers the flexibility to choose the right fit for their project. Each type is designed for long life, efficiency, and reliability, making them a critical part of a sustainable hydrogen future.

We provide a complete range of PTLs, ensuring efficient gas diffusion, uniform current distribution, and long-term durability.

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• Titanium PTLs – corrosion-resistant, lightweight, ideal for PEM Electrolyzers
   

• Stainless Steel PTLs – cost-effective and robust for various applications
   

• Nickel-based PTLs – highly conductive and durable, suited for Alkaline Electrolyzers
   

• Carbon/PTFE PTLs – optimized for conductivity and hydrophobic performance
   

• Custom-engineered PTLs – tailored to specific project or stack requirements
   

Our PTLs are available in multiple thicknesses, porosities, and surface treatments to ensure maximum efficiency and performance. With precise engineering, they deliver enhanced durability, low resistance, and optimal hydrogen output across all system scales.

We supply a wide range of bipolar plates engineered for both Alkaline and PEM Electrolyzers, playing a critical role in conductivity, gas separation, and overall stack performance.

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• Graphite plates – high conductivity, corrosion resistance, widely used in PEM applications
   

• Stainless steel plates – strong, durable, and cost-effective for large-scale systems
   

• Titanium plates – lightweight, corrosion-resistant, ideal for high-performance PEM stacks
   

• Nickel-coated plates – reliable and conductive, suited for alkaline environments
   

• Composite plates – customized blends for durability and optimized performance
   

Available in multiple designs, thicknesses, and surface treatments, our bipolar plates are engineered for low resistance, long operating life, and scalability, ensuring efficiency in every hydrogen project.

We offer specialized Physical Vapor Deposition (PVD) coating services to enhance the durability, efficiency, and performance of critical hydrogen components. Our advanced coating technology ensures long-lasting protection in demanding operating environments.

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• Bipolar plates – improved corrosion resistance and extended lifespan
   

• PTLs (Porous Transport Layers) – enhanced conductivity and durability
   

• Membranes & MEAs – customized coatings for better efficiency and stability
   

• Custom components – tailored PVD solutions for unique project requirements
   

With precise thin-film deposition, our PVD coatings provide uniform protection, reduced degradation, and improved overall stack performance. Available for both Alkaline and PEM electrolyzer components, this service is a cost-effective way to extend operating life and maximize hydrogen output.

We provide a full range of catalysts designed for both Alkaline and PEM Electrolyzers, enabling efficient electrochemical reactions and long-term stack performance.

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• Nickel-based catalysts – cost-effective and widely used in alkaline electrolyzers
   

• Cobalt-based catalysts – durable and stable for oxygen evolution in alkaline systems
   

• Platinum (Pt) catalysts – high activity for hydrogen evolution in PEM electrolyzers
   

• Iridium oxide (IrO₂) catalysts – excellent oxygen evolution catalyst for PEM stacks
   

• Ruthenium oxide (RuO₂) catalysts – efficient and stable for PEM applications
   

• Mixed metal oxides & advanced formulations – tailored solutions for specific performance needs
   

Available in multiple forms, loadings, and support structures, our catalysts are engineered to deliver high activity, durability, and optimized efficiency, ensuring reliable hydrogen production at all scales

We supply precision-engineered gaskets ensuring reliable sealing, safety, and long-term stack performance.

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• EPDM gaskets – widely used in alkaline electrolyzers for chemical resistance
   

• PTFE gaskets – excellent durability and stability under harsh conditions
   

• Silicone gaskets – flexible and reliable for varied applications
   

• Viton®/FKM gaskets – high chemical resistance for demanding environments
   

• Custom gasket solutions – tailored to specific stack designs and requirements
   

Our gaskets are available in different sizes, thicknesses, and material grades to suit diverse electrolyzer configurations. They are designed to provide leak-free operation, chemical compatibility, and durability, making them a critical part of safe and efficient hydrogen production

We offer 3, 5, and 7 layer MEAs designed for enabling high performance, durability, and efficiency in hydrogen production.

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• 3-Layer MEAs – consist of a membrane with catalyst layers on both sides, delivering excellent conductivity and electrochemical performance.
   

• 5-Layer MEAs – add gas diffusion layers (GDL/ PTL) for improved water management, durability, and enhanced stack integration.
   

• 7-Layer MEAs – include additional protective and functional layers for maximum efficiency, extended lifetime, and optimized operation in demanding environments.
   

Our MEAs are available in multiple sizes, thicknesses, and configurations, tailored to meet diverse industrial and research needs. Each assembly is built for high efficiency, long life, and consistent hydrogen output, making them the core of next-generation electrolyzer stacks.