Description
Overview
AvCarb GDS3260 is a carbon fiber paper-based gas diffusion layer / gas diffusion substrate designed for fuel cell and electrochemical applications. Built on the AvCarb EP40 substrate, it features PTFE treatment and a single-sided microporous layer to support effective gas transport, electrical conductivity and water management. GDS3260 is widely used in PEM fuel cells, MEA development and related hydrogen energy systems, and is suitable for research, prototyping and selected industrial applications.
Key Features
- Carbon fiber paper-based gas diffusion layer / substrate
- Built on AvCarb EP40 base material
- PTFE treated for improved hydrophobic performance
- Single-sided microporous layer structure
- Reliable electrical conductivity and gas distribution characteristics
- Suitable for fuel cell, MEA and hydrogen energy applications
- Applicable for laboratory, pilot-scale and industrial use
Technical Specifications
| Property | GDS3260 | Unit |
|---|---|---|
| Brand | AvCarb | — |
| Model | GDS3260 | — |
| Product Type | Gas Diffusion Layer / Gas Diffusion Substrate | — |
| Base Material | AvCarb EP40 | — |
| Material Form | Carbon Fiber Paper | — |
| PTFE Treatment | Yes | — |
| Microporous Layer | Yes, Single-Sided | — |
| Nominal Thickness | 210 | µm |
| Nominal Basis Weight | 80 | g/m² |
| Bulk Density | 0.38 | g/cm³ |
| Air Permeability | < 14 | sec/100cc |
| Typical Application | Fuel Cell / MEA / Hydrogen Systems | — |
Applications
- PEM fuel cells
- MEA fabrication
- Hydrogen energy systems
- Electrochemical research and testing
- Prototype and pilot-scale fuel cell development
Commercial Note
Prices shown on this page are indicative reference prices and may vary depending on quantity, sheet size, packaging format and market conditions. Listed prices exclude VAT, shipping and any custom cutting, slitting or packaging services. Bulk orders, customized dimensions and distributor cooperation are available upon request. Please contact us for detailed quotations and technical support.




















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