Microbially induced calcium carbonate precipitation (MICP) is a biomimetic process that can be used to grow bioceramic products, such as columns and bricks, in an environmentally friendly manner. Researchers at the University of Cape Town fine-tuned the MICP process to create ceramic tiles that demonstrate mechanical properties on par with conventionally fired ceramics.
Read MoreAntibacterial ceramic coatings that inactivate or destroy pathogens typically suffer from poor durability. Instead, antibacterial coatings based on hydrophobicity, which inhibits bacterial adhesion, may be more durable. Researchers in South Korea demonstrated the potential of copper-glazed ceramic tiles to maintain long-lasting antibacterial efficiency through a combination of hydrophobicity and bacterial killing via ion dissolution.
Read MoreCoral reefs are experiencing massive die-offs because of bleaching, ocean acidification, and pollution, among other factors. Coral restoration is a top priority for marine researchers, and a team of marine scientists and architects at the University of Hong Kong is exploring using 3D printing to fabricate structurally complex clay tiles for coral to grow on.
Read MoreProving that it is possible to create a three-dimensional structure out of two-dimensional ceramic tiles, a group at Harvard Graduate School of Design built an 8-foot-tall structure that covers 145 square feet of interior space. Watch the video to see how they fabricated Tile Grid Shell.
Read MoreAlcoa moves to reduce alumina production, MesoCoat tug-o-war is over, and more ceramics and glass business news of the week for January 15, 2016.
Read MoreCorning Tech Center to train in Korea, ICG to take Bangkok in 2015, ceramic tile trends, and other ceramics and glass business news of the week for November 7, 2014.
Read MoreCeramics and glass business news of the week.
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