展商推介 | 帝人将亮相CIHC 2026中国氢能展

第十六届中国国际清洁能源博览会（CEEC 2026）将于2026年3月25日-27日在北京国家会议中心盛大启幕。作为CEEC 2026的四大专业展之一，2026中国氢能展暨国际氢能大会（全称：2026中国国际氢能及燃料电池产业展览会暨国际氢能大会，英文简称：CIHC 2026）将同期举办。

CIHC 2026中国氢能展作为兼具规模与影响力的“全球绿氢旗舰展”，由中国氢能联盟、中国电力企业联合会主办，是推动全球氢能产业技术创新与市场合作的重要力量，已成为全球氢能行业发展的风向标与助推器，将汇聚全球顶尖企业与前沿技术成果，搭建跨国界、跨领域的合作桥梁，构建集展览展示、国际会议、专题会议、产融对接、新品发布、项目签约、技术路演以及科普研学等多元特色活动于一体的世界级产业交流平台。

帝人将盛装亮相CIHC 2026

展位号：A011-1

帝人富瑞特株式会社（TEIJIN FRONTIER CO., LTD.）作为日本帝人集团的核心销售窗口，始终秉持“商工一体化”的战略理念，深度融合集团在材料科技领域的创新积淀与全球化商业网络，致力于持续向市场提供高性能材料与前沿产品，以及为客户打造具备竞争优势的综合解决方案。

面向全球环保与新能源市场，我们充分发挥从纤维原料到终端制品的一体化产业链优势，在制膜的基础材料及相关领域构筑了坚实的技术壁垒。不仅能够满足各类工业及民用领域对膜材料的基础需求，更可为各行业的膜和组件企业提供多样化的膜支撑体，高性能增强层和气体扩散层的基础材料，广泛应用于水处理、气体分离、离子交换、能源转换等关键场景，赋能产业技术升级。

我们专注于全球资源的高效整合与灵活调配，以切实的技术实力与稳定的供应能力，帮助客户优化供应链效率、降低综合成本，持续创造商业价值。帝人富瑞特愿与全球客户携手，共同开拓新时代的商业蓝海，以材料之力驱动可持续发展的未来。

TEIJIN FRONTIER CO., LTD.  the core trading and marketing company of the TEIJIN Group, embraces the strategic philosophy of “integration of manufacturing and commerce.” By combining the Group’s advanced material technologies with a global business network, we continuously deliver high-performance materials, innovative products, and value-creating solutions that strengthen our customers’ competitiveness.

Focusing on the global environmental and new energy markets, we leverage our integrated value chain—from fiber raw materials to finished products—to develop strong capabilities in membrane-based materials and related technologies. Beyond meeting fundamental membrane material needs across industrial and consumer applications, we also supply a wide range of membrane support materials, high-performance reinforcement layers, and base materials for gas diffusion layers for membrane and module manufacturers.

These materials are widely used in key applications such as water treatment, gas separation, ion exchange, and energy conversion, supporting technological advancement and performance improvement across industries.

By efficiently integrating and flexibly allocating global resources, we combine strong technical expertise with reliable supply capabilities to help customers optimize supply chains, reduce total costs, and enhance overall value creation.

TEIJIN FRONTIER CO., LTD. looks forward to partnering with customers around the world to explore new business opportunities and drive a sustainable future powered by advanced materials.

AWE隔膜用途PPS超极细纤维无纺布

Alkaline Water Electrolysis Diaphragm of PPS Ultrafine Fiber Nonwoven Fabrics

主要特点：低能效性 & 高安全性

1. 表面平滑·均一性优越

2. 孔径微小且分布均匀

3. 面电阻低

4. 气密性高

Key Features: High Energy Efficiency & High Safety

1. Excellent Surface Smoothness and Uniformity

2. Very Fine and Uniform Pore Size Distribution

3. Low Area Electrical Resistance

4. High Gas/Air Tightness

应用案例

适用于中小规模的碱性水电解装置。与传统隔膜相比，生产工艺简洁而高效，可实现降本。但是实际采用时需要根据隔膜厚度做电堆设计的改造。

This material is suitable for small- to medium-scale alkaline water electrolysis (AWE) systems. Compared with conventional diaphragms, the manufacturing process is simpler and more efficient, enabling cost reduction. However, practical implementation requires modification of stack design according to the diaphragm thickness.

复合隔膜增强支撑体用途PPS超极细纤维无纺布

The Reinforcement Support Layer in AWE Composite Diaphragms of  PPS Ultrafine Fiber Nonwoven Fabrics

主要特点：

1. 表面平滑·均一性优越

2. 孔径分布均匀

Key Features

1. Excellent Surface Smoothness and Uniformity 

2. Very Uniform Pore Size Distribution

应用案例

AWE复合隔膜增强层支撑体

The Reinforcement Support Layer in AWE Composite Diaphragms

PEM等离子交换电解质膜增强层支撑体用途PFA网格

The Reinforcement Support in Ion Exchange Electrolyte Membranes (PEM, etc.) of PFA Mesh

可溶性聚四氟乙烯—全氟烷氧基树脂(PFA)树脂

1. 卓越的耐化学腐蚀性

2. 优越的性能表现：高纯度/ 耐高温 / 绝缘性

3. 热塑性优势：更大自由度的产品设计 / 实现更极致的超细单丝技术

PFA网格精密织造技术

1. 从纱线到织物的一体化生产

2. 精密工程控制、确保材料绝对纯度、提供半导体级可靠性保障

3. 精密控制的均一结构、纤维直径·孔径·孔隙率的高度一致性

Perfluoroalkoxy (PFA) polymer

1. Extremely high chemical resistance

2. Exceptional Performance：Superior Purity / Excellent Heat Resistance / Superior Electrical Insulation

3. Thermoplastic Versatility：Greater Design Freedom / Engineered for Ultra-Fine Monofilaments

Advanced Precision PFA Mesh Manufacturing

1. Fully Integrated Production — From Yarn to Fabric

2. Engineered to Maintain Absolute Material Purity & Delivering Semiconductor-Grade Reliability

3. Precisely Controlled Uniform Structure：Consistent Fiber Diameter / Opening Size / Porosity

应用案例

PEM等离子交换电解质膜增强层支撑体

The Reinforcement Support in Ion Exchange Electrolyte Membranes (PEM, etc.)

AEM等离子交换电解质膜增强层支撑体用途薄型化PESU网格

The Reinforcement Support in Ion Exchange Electrolyte Membranes (AEM, etc.) of Thin PESU Mesh

高亲水性与耐热性有望与AEM涂膜树脂实现更好的相容性

High hydrophilicity and heat resistancePromising improved compatibilitywith AEM coating resin

应用案例

AEM等离子交换电解质膜增强层支撑体

The Reinforcement Support in Ion Exchange Electrolyte Membranes (AEM, etc.)

离子交换电解质膜增强层支撑体用途薄型化PE网格

The Reinforcement Support in Ion Exchange Electrolyte Membranes of Thin PE Mesh

1. 适用于无高温负荷的离子交换电解质膜

2. 在碳氢化合物中具有优越的耐化学性和耐水性

3. 具备亲水性能的产品也在研发进行中

1. Suitable for ion exchange electrolyte membranes without high-temperature loads

2. Possesses superior chemical resistance and water resistance in hydrocarbons

3. Products with hydrophilic properties are also under development.

应用案例

离子交换电解质膜增强层支撑体

The Reinforcement Support in Ion Exchange Electrolyte Membranes

超薄气体扩散层 CANGDL

Ultra-thin Gas Diffusion Layer CANGDL

自支撑式微孔结构层 : MPL

兼具疏水性能与微孔结构的超薄基材

特点：  疏水性 ·  微孔结构 ·  柔软性 ·  导电性

Self standing Micro Porous Layer

Ultra-thin paper with water repellency & microporous structure

Features : Water repellency, Microporous structure, Softness, Conductivity

应用案例

H空气燃料电池

H₂-Air fuel cell MEA

超高分子量聚乙烯多孔膜miraim

High-performance microporous membrane  specially engineered with Ultra-High Molecular Weight polyethylene (UHMWPE) miraim

特点：

1. 孔径均一

2. 高空隙率

3. 多样化膜厚度类型选择

Key Features：

1. Pore size uniformity

2. High porosity rate

3. Various thickness

应用案例

AEM

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2026年3月25日-27日

北京·国家会议中心

CEEC&CIHC

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