Product description
Technical specifications
- Minimum order (MOQ)
- 1 pcs
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GMZ Enerji Sistemleri Sanayi ve Ticaret Limited Şirketi
Fuel cell and reversible PEM system membranes
Fuel Cells ProductUnder Applications, Fuel Cells & Reversible Systems is published as high-performance membranes for fuel cell applications and reversible energy storage. GMZ membranes used are listed as PEM Series and AEM Series. The Electrolyzer & Fuel Cell Systems block describes in-house prototype systems to validate membrane performance, enabling hydrogen generation, off-grid hybrid systems and renewable energy integration. A LinkedIn project output describes a unitized regenerative PEM fuel cell stack integrated with a solar energy system, using in-house proton exchange membranes to operate in both electrolysis and fuel-cell modes.
Eski̇şehi̇r · Eskisehir Organized Industrial Zone
GMZ Enerji Sistemleri Sanayi ve Ticaret Limited Şirketi
GMZ PEM Series proton exchange membrane
Fuel Cells ProductThe GMZ Enerji site publishes the PEM Series as proton exchange membranes for electrolyzers and fuel cells. PFSA-free, customizable ion-exchange membranes are described for hydrogen, energy and water systems. Published PEM figures: thickness 60/80/100 μm, ion exchange capacity (IEC) 1.10–1.50 meq/g, tensile strength 30–40 MPa, pH stability 0–14 at 25 °C. The same product block states a fluorine-free design, 42% more efficient ion exchange capacity and 20% longer operational lifetime. Membranes are stated as TRL 9 and ready for commercialization.
Eski̇şehi̇r · Eskisehir Organized Industrial Zone
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Tübitak Marmara Araştırma Merkezi
Fuel cell electrocatalyst
Fuel Cells ProductAccording to the TÜBİTAK MAM Hydrogen and Fuel Cell page, carbon-supported Pt and Pt-alloy electrocatalysts and Ir-based electrocatalysts are produced. On the module-components product page the electrocatalyst is defined as a usually platinum-based critical material that accelerates reactions; together with the bipolar plate and MEA it is one of the three sub-components at the heart of the PEM fuel cell. Production is at TRL 7 with 50 sets per year for R&D and prototype demand. Work areas include design, development and production of the electrocatalyst and industrial services on characterization of fuel-cell cell components.
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Tübitak Marmara Araştırma Merkezi
Membrane electrode assembly (MEA)
Fuel Cells ProductAccording to the TÜBİTAK MAM Hydrogen and Fuel Cell page, gas-diffusion-layer membrane electrode assemblies can be developed 100% domestically for electrolyzer and PEM, DMFC and DSBHYP applications. On the fuel-cell module components product page the MEA is defined as the most critical, highest-value part of the cell where the electrochemical reaction takes place. Components can be produced with active areas from 5 cm² to 100 cm², supporting R&D from laboratory tests to small prototype systems. Technology readiness is TRL 7; annual capacity is 50 sets aimed at R&D and prototype demand. Uses: PEM fuel-cell development at academic institutions and R&D centres; prototype modules and stacks for portable power, UAV/land vehicles and APUs.
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Tübitak Marmara Araştırma Merkezi
Fuel cell bipolar plate
Fuel Cells ProductAccording to the TÜBİTAK MAM-HYPTAG page, graphite and metal-based bipolar plates with or without flow channels are produced entirely domestically for various fuel-cell applications; titanium bipolar plates and expanded mesh are produced for electrolyzers. On the module-components product page the bipolar plate is defined as the part that distributes fuel (hydrogen) and oxidant (air) in the cell and collects electrons. Components are for low-temperature PEM fuel cells, 5–100 cm² active area, TRL 7, 50 sets per year for R&D and prototype production. Work areas include design, development and production of flow-channel bipolar/end plates.
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Erdes Teknoloji Kimya Endüstriyel Tasarım Kontrol ve Dış Ticaret Ltd. Şti.
PEM electrolyzer and MEA test-cell hardware
Fuel Cells ProductThe ERDES product page publishes PEM Electrolyzer Hardware (SKU ETC100-005) as research-purpose electrolyzer hardware. The text states it provides reliable hardware for developing different materials for flow-field, different catalysts, membranes, membrane electrode assemblies and current distributors. Active area is selectable. In the Fuel Cells category the same hardware family also lists a PEM Fuel Cell Test Cell (PEMSC-05, selectable active area); both items are for laboratory-scale cell and MEA development.
Ankara