New Boride Materials With Ultra-High Hardness, High Oxidation Resistance and Catalytic Activity

Technology #33368

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New boride materials creates harder, more wear-resistant tools and coatings
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Researchers
Nina Orlovskaya, Ph.D.
External Link (mae.ucf.edu)
Zhilin Xie, Ph.D.
Richard Blair, Ph.D.
External Link (blair.research.cos.ucf.edu)
David Cullen, Ph.D.
External Link (www.ornl.gov)
Managed By
Brion Berman
Sr. Licensing Associate 407.882.0342
Patent Protection

PCT Patent Application Filed

While several diborides find applied uses, such as abrasion and oxidation resistant coatings, an ongoing search continues for new phases and compositions that could possess interesting and useful properties. Researchers at the University of Central Florida have created new boride materials via mechanochemical synthesis. These materials have ultra-high hardness, high oxidation resistance, and/or catalytic activity, so that they can be used for cutting tools, polishing materials, wear-resistant coatings, and thermo-oxidation protection layers for ultra-high speed vehicles (e.g., spacecraft), and catalysts for combustion and fuel cells. The mechanochemical process is a scalable, energy efficient, and environmentally friendly process.

Stage of Development

Lab scale testing

Benefits

  • Creates harder, more wear-resistant tools and coatings
  • Cost and energy efficient
  • Produces less waste
  • Eco-friendly

Applications

  • Cutting tools
  • Wear-resistant coatings
  • Thermo-oxidation protection layers
  • Catalysts for combustion and fuel cells