NCP Supports™ | NCP-D7X - 25g | Momentum Materials

  • Momentum Materials® proprietary nanoporous carbon powder, NCP-D7X, features 3-dimensional interconnected pore structures and a hydrophobic surface for fast mass transport and excellent carbon corrosion resistance.
  • NCP-D7X has a 7 nm pore size and ≥500 m²/g surface area (BET), delivering superior catalyst durability as a catalyst support in PEM fuel cells.
  • Pack size: 25 grams.

€553.00
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NCP Supports™

(Nanoporous Carbon Powder Catalyst Support)

  • Momentum Materials specializes in novel carbon technology, NCP Supports™, designed for use in PEM fuel cells, electrolyzers, batteries, biomedicals and environmental applications.
  • Our technical team can help you find the product best suited to your manufacturing, testing or research and development needs.

Specifications

NCP-D7X

  • BET surface area: ≥500 m²/g
  • Pore size: 7 ± 2 nm
  • Pore volume: 1.9 ± 0.3 cm³/g
  • Particle size (D50): 1-3 µm 
  • Ash content: ≤1.5%
  • Moisture content: ≤0.5%

Key features

  • Hydrophobic surface
  • Outstanding catalyst durability
  • High porosity, low tortuosity
  • High accessible surface area
  • Efficient mass transfer
  • Catalyst utilization up to 100%
  • High electric conductivity (2-10 S/cm)

Applications

  • PEM fuel cells
  • PEM water electrolyzers
  • Batteries
  • Biomedical applications
  • Environmental applications
  • Catalysis

Use cases

  • The product is currently being used as a catalyst support by catalyst and PEM fuel cell manufacturers

Contact us

  • Interested? Please contact Momentum Materials by filling in the contact request form.
Momentum Materials Solutions Corp.

Momentum Materials provides the hydrogen economy with novel carbon products and PEM catalyst materials to improve MEA performance and more than double the operational lifetime of fuel cells. Based in Calgary, Canada, the company offers a wide range of materials to ship worldwide, plus the support of a diverse technical team with expertise in chemical engineering, materials science, and fuel cell applications.

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