Titanium Fiber Felt, Coated Titanium Felt, Nickel Fiber Felt and Porous Metal
Solutions for PEM, AEM and Alkaline Water Electrolysis.
Material Systems
Electrolysis Focus
Porosit · Size · Coating
Engineered titanium and nickel porous materials for PEM, AEM and alkaline water electrolysis applications.
Porous titanium material for PEM electrolyzer PTL applications.
Pt, Ir and precious-metal surface options for enhanced conductivity and protection.
High-porosity nickel structures for alkaline and AEM systems.
Custom sintered structures for transport, filtration and electrochemical use.
Porous titanium and nickel materials for PEM, AEM and alkaline water electrolysis applications.
Titanium Fiber Felt, Coated Titanium Felt and Titanium Mesh for porous transport layer applications.
Nickel-based porous materials for electrode support and mass transport.
Nickel fiber felt and nickel foam for electrode substrate and current collection applications.
From pore structure and thickness to surface coating and sample supply, our materials can be tailored around your electrolysis development requirements.
Customized porosity and pore structure for gas-liquid transport and electrochemical applications.
Flexible thickness, sheet dimensions and sample sizes for laboratory development and scale-up.
Surface treatment and precious-metal coating options including Pt and Ir-based solutions.
Samples and small-batch quantities for R&D, prototype testing and material evaluation.
Support for SEM, composition analysis, pore structure, compression and related testing.
From evaluation samples to repeat orders with specification and batch consistency support.
A porous titanium structure designed for gas-liquid transport, electrical contact and long-term operation in PEM electrolyzer systems.
Precious-metal-coated titanium fiber felt designed to improve interfacial conductivity and corrosion resistance for PEM electrolyzer porous transport layer applications.
Characterization support helps turn material specifications into application-ready data.
3D porous substrate for electrochemical and catalyst support applications.
Corrosion-resistant open structure for support and current collection.
Sintered plates and tailored porous structures for specialized applications.
Tell us your material, thickness, porosity, dimensions and application requirements.