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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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ALKAINE ELECTROLYZED WATER COMPOSITE MEMBRANE
The key material for green hydrogen production
The new composite membrane independently developed by CE is composed of organic polymer, ceramic powder and lining support. Widely used in alkaline electrolysis of water, it can efficiently separate hydrogen and oxygen, and pass the electrolyte. It is a breakthrough and innovative product for the key technology in this field.
Product Specification
Features and advantages
Safe and stable
High purity
Long life
Customizable
The cross-section of composite membrane
The surface of composite membrane
Low ionic resistance, surface resistance ≤0.3 Ω·cm² (30℃, 30mV%KOH)
Long width range up to 2.5 meters, and the size can be customized according to customer needs
Chemically and mechanically stable, and life is more than 7 years
Permanent hydrophilic, strong electrolyte infiltration
Nanoporous structure, porosity ≥60±10%
High bubble point pressure, high operating safety
The purity of hydrogen is greater than 99.7%
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.
consulte Mais informação
A tecnologia de produção de hidrogênio por eletrólise alcalina domina o campo da produção de hidrogênio por eletrólise de água devido às suas vantagens, como baixo custo, longa vida útil e abundância de materiais. A membrana PPS, feita de plástico de engenharia especial de alto desempenho, sulfeto de polifenileno (PPS), mantém um desempenho estável em ambientes alcalinos e de alta temperatura, tornando-a adequada para a produção de hidrogênio alcalino.
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IPv6 SUPORTADO POR REDE
