W1S1009 Carbon Cloth with Microporous Layer (MPL)

Description

The W1S1009 Carbon Cloth is a premium, research-grade Gas Diffusion Layer (GDL) that excels in structural durability. It features an integrated Microporous Layer (MPL) on a high-purity carbon cloth substrate, treated for full hydrophobicity. With a measured average tensile strength of 37.1 N/cm (MD), it is specifically designed for high-power density fuel cells and electrolyzers that require high clamping pressures without compromising material integrity.

Features

• Enhanced Mechanical Resilience: Features a superior tensile strength of 37.1 N/cm (MD), providing better protection against tearing during stack assembly compared to standard GDLs.
• Integrated MPL Interface: The smooth carbon-black coating ensures maximum contact with the catalyst layer while preventing slurry penetration into the fibers.
• Consistent 0.38mm Profile: Precision manufacturing ensures a stable thickness, critical for calculating compression in multi-cell stacks.
• Optimized Conductivity: Maintains a low through-plate resistance of 12.9 mΩcm² for high-efficiency energy conversion.
• Verified Performance: All specifications are supported by laboratory-measured average values to ensure experimental reproducibility.
  

Specifications