核心材料(Core Materials)
CN | EN
膜电极组件 MEAs
适用于 PEM 和 AEM 系统 Available for PEM and AEM applications
有效面积可定制(如 36–200 cm²) Customizable active area (e.g., 36–200 cm²)
催化剂负载可调 Catalyst loading tailored to application
高离子电导率、长寿命 High ionic conductivity and durability
提供科研与批量商用版本 Supplied for both R&D and commercial stack
优势 Highlights
优化的膜-催化层界面,提供优异的制氢效率与电堆输出性能Optimized membrane-catalyst interface for superior hydrogen production and power performance
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催化剂 Catalysts
PEM 应用使用铂族贵金属 Platinum-based for PEM
AEM/碱性应用使用 Ni/Fe 基材料 Nickel/iron-based for AEM/alkaline
提供粉末型或浆料型 Supplied in powder or ink formulations
高比表面积、电化学稳定性强 High surface area and electrochemical stability
支持无贵金属催化剂研发 Precious-metal-free options available
优势 Highlights
支持下一代低成本绿色制氢催化技术Supports low-PGM and noble-metal-free hydrogen technologies
阴离子交换膜(AEM)Anion Exchange Membranes
氨基功能聚合物结构 Quaternary ammonium-functionalized polymers
优异的碱性化学稳定性 High chemical stability in alkaline environments
厚度 <100 μm,支持加强层结构 Thin-film (<100 μm), reinforced options available
卷材或片材供货 Supplied in roll or sheet format
完全兼容易普斯 AEM 电解槽系统 Fully compatible with EPC AEM stacks and MEAs
优势 Highlights
降低贵金属使用,提升氢氧根传导能力,是碱性制氢的核心材料之一Enables low-cost, efficient OH⁻ conduction in AEM-based green hydrogen production
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