Coatings - MCF powder

  • BET surface area (m²/g): 2.0–4.0
  • Protective coating powder for chromium interconnects
  • Fine micron-sized ceramic powder
  • Particle size, BET and chemistry can be adjusted to customer requirements
  • Designed with precise stoichiometry
  • Powder properties can be specified for defined sinter shrinkage

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Ampergy MCF powder is a Coatings product intended to serve as protective coating powder for chromium interconnects. It is specified with the following product-specific technical characteristics: Composition: Fe0.05Co0.95MnO4, BET surface area (m²/g): 2.0–4.0. Together, these characteristics define the configuration relevant to technical selection and allow evaluation of the power, material, pressure, capacity, construction or operating details that are stated for this model. This Ampergy powder is intended for protective coating on chromium-containing interconnectors use within SOFC production. The powder platform is fine and micron-sized, with particle size, BET and chemistry adjustable to customer requirements and with specified powder properties supporting controlled sinter shrinkage. For engineering and procurement review, the model can be compared using its category, exact designation, stated function and technical values, with attention to the characteristics that directly affect its specified application.

Use Cases

  • Protective coating of chromium-containing interconnects
  • protective coating on chromium-containing interconnectors material
  • SOFC component production

Capabilities

  • Serve as a protective coating for chromium interconnects
  • Provide a ceramic powder feedstock with defined composition and BET surface area
  • Allow particle-size adjustment to customer requirements
  • Allow BET and chemistry adjustment to customer requirements
  • Support defined sinter-shrinkage matching
Höganäs AB Höganäs AB is a Swedish materials supplier represented by Ampergy ceramic pastes and powders for SOFC and SOEC applications and BrazeLet brazing materials for fuel-cell joining. The listed materials cover electrode, contact-layer, coating, solid-oxide electrolyte and high-temperature brazing functions with defined chemistries and material properties.

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