Products
Anion Exchange Membrane (AEM) Electrolysis Cathode
HXP-ca
Maximizes the reaction surface area to ensure high performance while minimizing membrane damage under low current density.
Product Specifications
- Material Pt/C + Binder (Catalyst Layer), Carbon Paper (Gas Diffusion Layer)
- Catalyst Loading 0.2 mgPt/cm² (Measured by XRF)
- Thickness 260 ± 20 μm
- Areal Density 105 ± 10 g/m²
- Dimensions Length < 300 mm, Width < 200 mm
Technology Overview
Cathode Structure & Key Features
- High Dispersion – Uniform distribution of catalyst particles within the catalyst layer - Increased Active Surface Area: A uniform distribution of catalyst particles maximizes the active surface area, enhancing catalytic efficiency and accelerating the water-splitting reaction.
- Improved Conductivity: The high-dispersion structure shortens electron pathways, boosting electrical conductivity and facilitating faster electrochemical reactions.
- Stable Reaction Environment: Evenly dispersed catalysts provide smooth access for reactants and effective removal of products, ensuring stable and uniform reactions across the electrode. - Low Roughness – Smooth and uniform surface with minimal irregularities - Prevents Membrane Damage: A low-roughness electrode surface applies uniform pressure on the electrolyte membrane, reducing local stress points and minimizing risks of mechanical damage.
- Uniform Current Distribution: Smooth surfaces maintain even current flow, preventing localized hotspots that could degrade the catalyst layer. This ensures higher stability and longer electrode lifespan.
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Surface Catalyst particles are uniformly distributed within the catalyst layer, enhancing efficiency.
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Advantage Ionomer nano-dispersion maximizes the reaction surface area, improving durability.
