3D Printing Using Peroxide Bearing Powdered Materials as Catalyst/fillersTechnology #ua17-218
Questions about this technology? Ask a Technology Manager
- Douglas Loy Professor, 20 Materials Science & Engineering
- Krishna Muralidharan Associate Professor, Materials Science & Engineering
- Barrett Potter, Jr. Professor, Materials Science & Engineering
- Managed By
- Robert Sleeper Licensing Manager (520) 626-4604
This invention involves the inkjet 3D printing of liquid precursors with epoxide or
vinyl reactive groups into powder beds of extraterrestrial materials or simulants with catalytic
peroxidizing or Lewis acidic metal sites which allows formation of thermoplastic or thermoset
composites for agile manufacturing.
• Allows for conversion of extraterrestrial regolith to valuable manufacturing material.
Gives astronauts ability to produce wide variety of objects
Results in huge savings of fuel and money
• Could provide better feedstock for 3D printing of houses; Allows for fast, cheap and customizable structures
• Need better description of technology to determine advantages as compared to competitors.