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In order to better adapt to the development of electrolyzer,who has developed a three - dimensional composite membrane based on the first nature principle, which is more suitable for the pressurized tank structure.
Marke :
RubriFeatures and advantage
Three - dimensional interwoven integrated structure
Interwoven integrated structure similar to a bird's nest, with significant thermal stability and abrasion resistance, and better matching with Raney nickel electrodes.
Excellent resistance to extrusion and fracture
The three - dimensional structure provides excellent resistance to extrusion, fracture and powder bonding strength, which enhances the suitability for assembly with tanks and reliability during operation.
Nanoporous and permanently hydrophilic properties
Continuing the nanoporous and permanently hydrophilic properties of conventional composite membrane.
High bubble point pressure and low chamber voltage
High bubble point pressure and low chamber voltage, while ensuring safety, significantly reduce electrolytic energy consumption.
Adaptable to traditional electrolyzer
It is more adaptable to traditional electrolyzers, facilitates the upgrading of existing electrolyzers, significantly reduces the production cost of green hydrogen (LCOH), and has a broad application prospect and important strategic significance in the field of hydrogen production from electrolyzed water.
Product Parameters
In order to better adapt to the development of electrolyzer,who has developed a three - dimensional composite membrane based on the first nature principle, which is more suitable for the pressurized tank structure.
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This Alkaline Electrolysis Composite Membrane is a proprietary innovation crafted from organic polymers, ceramic powder, and a reinforcing liner. It is widely applied in water electrolysis systems to effectively separate hydrogen and oxygen without blocking the electrolyte. As a technologically advanced product, it serves as a critical component for high-efficiency green hydrogen generation.
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Die Technologie zur Wasserstofferzeugung mittels alkalischer Elektrolyse dominiert die Wasserstofferzeugung durch Wasserelektrolyse aufgrund ihrer Vorteile wie niedrigen Kosten, langer Lebensdauer und reichlich vorhandenen Rohstoffquellen. Die PPS-Membran aus dem Hochleistungskunststoff Polyphenylensulfid (PPS) bleibt auch bei hohen Temperaturen und in alkalischen Umgebungen stabil und eignet sich daher für die alkalische Wasserstoffproduktion.
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