Conducting Carbon Cloth, Hydrophobic, MPL & PTFE Treated

Description:

Utilize this hydrophobic conducting carbon cloth, treated with MPL and PTFE, for high-performance gas diffusion applications in PEM fuel cells. Its advanced design ensures optimal performance in electrochemical research and development.

Features:

• Hydrophobic treatment enhances gas diffusion efficiency in fuel cells.
• MPL and PTFE treatment provides high-performance characteristics for research.
• Ideal for PEM fuel cells and other electrochemical applications.
• Durable construction ensures reliability and longevity in experiments.
• A crucial component for researchers focused on fuel cell technology.

Additional Info:

• size : 0.36mm T x 100 x 100mm
• Hydrophobic PTFE Treatment ? 5?30% PTFE loading ensures water repellence and prevents flooding.
• Microporous Layer (MPL) ? Carbon black/PTFE composite reduces contact resistance with catalyst layers.
• High Conductivity ? Maintains in?plane conductivity of 500?1500?S/cm for efficient electron transfer.
• Structural Support ? Woven carbon cloth substrate provides durability and mechanical stability.
• Fuel Cell Optimized ? Designed for PEMFC applications requiring advanced water management. Versatile Sizes ? Standard sheets (100???100?mm, 200???200?mm) with customization available for research setups.
• Fuel Cell Applications Functions as a Gas Diffusion Layer (GDL) in PEM fuel cells. Hydrophobic PTFE treatment prevents electrode flooding by repelling excess water. Microporous Layer (MPL) reduces contact resistance with catalyst layers.
• Electrochemical Research Provides a conductive substrate for catalyst deposition. Used in electrolysis, microbial fuel cells (MFCs), and redox studies. Maintains high in?plane conductivity (500?1500 S/cm).
• Water Management & Durability PTFE binder (5?30% loading) ensures hydrophobicity and mechanical stability. Enhances long?term cycling performance in fuel cell stacks.
• Structural Benefits Woven carbon cloth substrate offers mechanical strength and flexibility. Available in standard lab sizes (100 ? 100 mm, 200 ? 200 mm).