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Anode for AEMWE - HXP-an
Key Features
- Compatible with AEM and alkaline water electrolysis
- PGM-free Ni-Fe catalyst, reducing costs while maintaining high efficiency
- Optimized surface structure for enhanced reaction kinetics and reduced overpotential
- High durability, ensuring stable long-term performance
- Customizable in thickness and dimensions
Product Overview
The HXP-an is a high-performance, PGM-free anode designed for anion exchange membrane (AEM) and alkaline water electrolysis. Engineered with a nickel-iron (Ni-Fe) catalyst, it offers long-term durability while maintaining excellent electrochemical activity in alkaline environments. The optimized surface treatment maximizes the electrochemical surface area, enhancing reaction efficiency and stability over extended operation. The HXP-an is available in various thicknesses and dimensions, allowing for customization based on specific application requirements.
Key Features
- Compatible with AEM and alkaline water electrolysis
- PGM-free Ni-Fe catalyst, reducing costs while maintaining high efficiency
- Optimized surface structure for enhanced reaction kinetics and reduced overpotential
- High durability, ensuring stable long-term performance
- Customizable in thickness and dimensions
Technical Specifications
- Materials : Nickel, Iron
- Pore size : 130 ppi (pores per inch)
- Porosity : 95 ~ 98%
- Thickness : 0.1 ~ 35 mm
- Dimensions : Length < 300 mm, Width < 200mm
Applications
The HXP-an is suitable for both laboratory research and industrial-scale hydrogen production. Ideal for electrode performance evaluations such as half-cell and single-cell testing, making it a preferred choice for R&D and material validation. Its scalable architecture and structural robustness make it suitable for integration into full-scale AEM/Alkaline water electrolysis stacks.
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