Bipolar Plate (AWE Electrolyzer Component)

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.

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.

Product Description  Gas Diffusion Layer Titanium Felt is a core spare component for AWE & PEM electrolyzer stack, manufactured from high-purity titanium raw material. It features 3D interconnected porous structure with porosity ranging from 60%~75%, available in customizable overall dimensions and multiple thickness options of 0.25mm/0.4mm/0.8mm/1mm.

 Product Description Bipolar Plate is a critical core component for AWE alkaline electrolyzer stack, produced from high-purity titanium substrate with platinum coating.

Production Description Pure Nickel Wire Mesh is an indispensable electrode raw component for AWE alkaline electrolyzer stacks, produced from high-grade nickel grades including Ni200, Ni205, Ni270, N2, N4, N6 and N8.

Product Description Raney Nickel Electrode serves as the core functional component of electrolyzers. Featuring superior catalytic activity, outstanding electrical conductivity and robust structural stability, it is widely deployed in alkaline water electrolysis for hydrogen production, organic electrochemical synthesis and industrial wastewater electrolysis, improving overall electrolyzer efficiency and long-term operational reliability.

Alkaline electrolysis water hydrogen production technology dominates the field of water electrolysis hydrogen production due to its advantages such as low cost, long lifespan, and abundant material sources. The PPS membrane, made from high-performance specialty engineering plastic polyphenylene sulfide (PPS), maintains stable performance in high-temperature and alkaline environments, making it suitable for alkaline hydrogen production.