Scientists Develop Hydrogel Method to Grow Stronger Metals and Ceramics
TL;DR Summary
Swiss researchers have developed a novel method of 'cultivating' metal by infusing a hydrogel framework with metal salts and chemically converting them into dense, high-strength metal structures, which are significantly stronger and less shrinkage-prone than traditional 3D printed metals, with promising applications in energy and biomedical fields.
Topics:science#3d-printing#advanced-materials#energy-technology#hydrogel#metal-cultivation#science-and-technology
- Scientists ‘Cultivate’ Metal Instead of 3D Printing it–and it’s 20x Stronger Good News Network
- Scientists Are Literally Growing Metal Popular Mechanics
- Scientists Found a 3D Printing Method to Make Metal 20x Stronger SciTechDaily
- New 3D printing method ‘grows’ metals and ceramics in gel cosmosmagazine.com
- EPFL develops hydrogel AM method for dense metal parts Metal Additive Manufacturing magazine
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