Conducting Carbon Cloth, Hydrophilic, 0.36mm Thickness

Description:

Explore advanced electrochemical applications with this hydrophilic conducting carbon cloth, featuring a thickness of 0.36mm. Ideal for fuel cells and supercapacitors, it provides excellent conductivity and flexibility for research and development.

Features:

• Hydrophilic design enhances conductivity for efficient electrochemical applications.
• 0.36mm thickness offers flexibility and adaptability for various uses.
• Perfect for fuel cells, supercapacitors, and electrochemical research.
• High-quality material ensures durability and reliable performance in experiments.
• A valuable resource for researchers and developers in the electrochemical field.

Additional Info:

• size : 0.36mm T x 100 x 100mm
• Versatile Size Options ? Choose from 100???100?mm or 200???200?mm sheets for flexible lab setups.
• Optimized Hydrophilicity ? Special treatment ensures superior electrolyte interaction, boosting electrochemical efficiency.
• Fuel Cell Compatibility ? Designed for PEMFC, DMFC, and microbial fuel cell applications.
• No MPL Layer ? Improves mass transfer in liquid electrolyte studies for enhanced performance.
• Precision Thickness ? 0.36?mm balance of durability and flexibility for seamless integration. Cost?Effective Research Material ? Reliable conductivity and adaptability for supercapacitors, sensors, and electrochemical experiments.
• Fuel Cell Applications Serves as a Gas Diffusion Layer (GDL) in PEM, DMFC, and microbial fuel cells. Hydrophilic treatment ensures superior electrolyte wettability, improving ion transport. Absence of MPL allows rapid absorption and enhanced mass transfer in aqueous
• Supercapacitor Research Functions as a conductive substrate for activated carbon and nanomaterial coatings. Provides flexibility and durability for repeated charge/discharge cycles.
• Electrochemical Studies Used in HER/ORR catalyst deposition and redox reaction testing. Offers reproducible results in aqueous electrolyte experiments.
• Structural Benefits Woven carbon fiber substrate ensures mechanical strength and flexibility. Thickness of 0.36 mm balances conductivity with durability. Available in 100 ? 100 mm and 200 ? 200 mm sheets for lab setups.