Search

Search

Home / Yufreyoo / Substance Analysis Instrumentation
Hydrophobic Conductive Carbon Paper (with microporous Layer) Gas Diffusion Layer Fuel Cell Electrode Material (210 μm, 10cm x 20cm) in Kuwait Hydrophobic Conductive Carbon Paper (with microporous Layer) Gas Diffusion Layer Fuel Cell Electrode Material (210 μm, 10cm x 20cm) in Kuwait Hydrophobic Conductive Carbon Paper (with microporous Layer) Gas Diffusion Layer Fuel Cell Electrode Material (210 μm, 10cm x 20cm) in Kuwait Hydrophobic Conductive Carbon Paper (with microporous Layer) Gas Diffusion Layer Fuel Cell Electrode Material (210 μm, 10cm x 20cm) in Kuwait Hydrophobic Conductive Carbon Paper (with microporous Layer) Gas Diffusion Layer Fuel Cell Electrode Material (210 μm, 10cm x 20cm) in Kuwait Hydrophobic Conductive Carbon Paper (with microporous Layer) Gas Diffusion Layer Fuel Cell Electrode Material (210 μm, 10cm x 20cm) in Kuwait Hydrophobic Conductive Carbon Paper (with microporous Layer) Gas Diffusion Layer Fuel Cell Electrode Material (210 μm, 10cm x 20cm) in Kuwait Hydrophobic Conductive Carbon Paper (with microporous Layer) Gas Diffusion Layer Fuel Cell Electrode Material (210 μm, 10cm x 20cm) in Kuwait

Hydrophobic Conductive Carbon Paper (with microporous Layer) Gas Diffusion Layer Fuel Cell Electrode Material (210 μm, 10cm x 10cm)

KWD 18.500
Size10cm x 10cm
Material Type210 μm
– 1 +

Special Features

  • This product has a microporous layer and 180 μm and 210 μm Two thicknesses of can meet the requirements of most hydrogen fuel cell experiments.Please refer to the information in the figure for specific parameters.
  • Product Introduction：Using high-throughput carbon fiberbonding technology,the gradientmicroporous layer structure canmeet the challenge of doubling theoutput power of fuel cells in thefuture.
  • Product advantages：High throughput；Co rr-osion resistance；Long life.
  • Core Technology：Continuous papermaking technology; Carbonization and graphitization controltechnology;Control technology of water drainage andwater retention;Gradient composite microporous layertechnology.

Description

This product has a microporous layer and 180 μm and 210 μm Two thicknesses of can meet the requirements of most hydrogen fuel cell experiments.Please refer to the information in the figure for specific parameters.
Product Introduction：Using high-throughput carbon fiberbonding technology,the gradientmicroporous layer structure canmeet the challenge of doubling theoutput power of fuel cells in thefuture.
Product advantages：High throughput；Co rr-osion resistance；Long life.
Core Technology：Continuous papermaking technology; Carbonization and graphitization controltechnology;Control technology of water drainage andwater retention;Gradient composite microporous layertechnology.

Related Items

{"error":"Error","cart_limit":"You have too many items in your cart.","prod_limit":"You cannot add any more of this item"}