Products

Our Testing System for Single Cell AEM (Anion Exchange Membrane) Water Electrolyzers provides a comprehensive solution for evaluating the performance and reliability of electrolyzers. This system allows for precise monitoring of critical parameters such as current density, voltage, and hydrogen p

Our Single Cell AEM (Anion Exchange Membrane) Electrolyser is engineered to provide efficient hydrogen production from water. This compact and advanced electrolyzer utilizes anion exchange membrane technology to enhance reaction efficiency and minimize energy consumption. Suitable for both resear

Our Testing System for Single Cell AEM (Anion Exchange Membrane) Water Electrolyzers provides a comprehensive solution for evaluating the performance and reliability of electrolyzers. This system allows for precise monitoring of critical parameters such as current density, voltage, and hydrogen p

Our Single Cell AEM (Anion Exchange Membrane) Electrolyser is engineered to provide efficient hydrogen production from water. This compact and advanced electrolyzer utilizes anion exchange membrane technology to enhance reaction efficiency and minimize energy consumption. Suitable for both resear

Our AEM Electrode-PTE (Porous Transport Electrode) Product is specifically designed to enhance the performance of AEM electrolysis systems. This innovative electrode features a unique porous structure that improves reactant transport and product removal, leading to higher efficiency in hydrogen p

Our AEM Electrode-PTE (Porous Transport Electrode) Product is specifically designed to enhance the performance of AEM electrolysis systems. This innovative electrode features a unique porous structure that improves reactant transport and product removal, leading to higher efficiency in hydrogen p

Our Iridium Catalyst is engineered for optimal performance in electrolysis systems, particularly for hydrogen production. Known for its exceptional stability and catalytic activity, this iridium-based catalyst significantly enhances the efficiency and lifespan of electrolyzers. It is suitable for

Our Iridium Catalyst is engineered for optimal performance in electrolysis systems, particularly for hydrogen production. Known for its exceptional stability and catalytic activity, this iridium-based catalyst significantly enhances the efficiency and lifespan of electrolyzers. It is suitable for

Our Iridium Catalyst is engineered for optimal performance in electrolysis systems, particularly for hydrogen production. Known for its exceptional stability and catalytic activity, this iridium-based catalyst significantly enhances the efficiency and lifespan of electrolyzers. It is suitable for

Our Iridium Catalyst is engineered for optimal performance in electrolysis systems, particularly for hydrogen production. Known for its exceptional stability and catalytic activity, this iridium-based catalyst significantly enhances the efficiency and lifespan of electrolyzers. It is suitable for

Our Iridium Catalyst is engineered for optimal performance in electrolysis systems, particularly for hydrogen production. Known for its exceptional stability and catalytic activity, this iridium-based catalyst significantly enhances the efficiency and lifespan of electrolyzers. It is suitable for

Our Iridium Catalyst is engineered for optimal performance in electrolysis systems, particularly for hydrogen production. Known for its exceptional stability and catalytic activity, this iridium-based catalyst significantly enhances the efficiency and lifespan of electrolyzers. It is suitable for