Nickel Felt Sheet (100mm L x 100 mm W x 0.45 mm T) as Conductive Substrate for Flow Battery, Fuel Cells, and Electrolyzer - EQ-bcnf-045

Nickel Felt Sheet (100mm L x 100 mm W x 0.45 mm T) as Conductive Substrate for Flow Battery, Fuel Cells, and Electrolyzer - EQ-bcnf-045

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Nickel Felt Sheet (100mm L x 100 mm W x 0.45 mm T) as Conductive Substrate for Flow Battery, Fuel Cells, and Electrolyzer - EQ-bcnf-045
  • Nickel Felt Sheet (100mm L x 100 mm W x 0.45 mm T) as Conductive Substrate for Flow Battery, Fuel Cells, and Electrolyzer - EQ-bcnf-045
  • Nickel Felt Sheet (100mm L x 100 mm W x 0.45 mm T) as Conductive Substrate for Flow Battery, Fuel Cells, and Electrolyzer - EQ-bcnf-045
Nickel Felt Sheet (100mm L x 100 mm W x 0.45 mm T) as Conductive Substrate for Flow Battery, Fuel Cells, and Electrolyzer - EQ-bcnf-045

Nickel Felt Sheet (100mm L x 100 mm W x 0.45 mm T) as Conductive Substrate for Flow Battery, Fuel Cells, and Electrolyzer - EQ-bcnf-045

SKU: nickel-felt-sheet-100mm-l-x-100-mm-w-x-0-45-mm-t-as-conductive-substrate-for-battery-fuel-cells-and-electrolyzer-eq-bcnf-045

Price: RFQ

Description

Specifications

  • Material: Nickel Felt, Purity> 99.99% (excellent anti-corrosive)
  • Dimension/Property: 
    • Length:  100 mm 
    • Width:     100mm
    • Thickness:   0.45 mm
    • Porosity: 82%
  • Notice: Please notice that it is normal to observe NiO peaks in the nickel foam in XRD data. It is really difficult to avoid the oxidation of the nickel.
  • How to clean the Nickel Foam for Battery Cathode Substrate.  
  1. It can be removed from the NiO by annealing in the hydrogen furnace.

  2. Nickel felt sheet can be carefully cleaned with the concentrated HCl solution (37 wt.%) in an ultrasound bath for 5 min in order to remove the surface oxide layer. And then deionized water and absolute ethanol were used for 5 min each to ensure the surface of the Ni foam was well cleaned.