Ceramic– tag –
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ProLogium Initiates Mass Production of Gen 3.5 Solid-State Batteries with 381 Wh/kg Energy Density for EVs
Electric Cars Report Taiwan Overview ProLogium Technology has commenced mass production of its Gen 3.5 lithium ceramic batteries (LCB) at its Taiwan gigafactory. These solid-state batteries achieve a groundbreaking energy density of 381 ... -
Starship’s Aerogel-Ceramic TPS: Advancing Reusable Thermal Protection for Extreme Re-entry and Beyond
Facebook USA Overview SpaceX's Starship is pioneering an advanced Thermal Protection System (TPS) utilizing reusable Axiom silica tiles, a novel aerogel-ceramic composite. This innovation enables spacecraft components to endure severe th... -
3M Supplies 5590H Thermally Conductive Acrylic Interface Pad for IC Chips and EV Batteries
Facebook (3M) USA Overview 3M is supplying its 5590H Thermally Conductive Acrylic Interface Pad, designed to provide an efficient heat transfer path between high-heat-generating components like IC chips and EV batteries, and their respec... -
Goodfellow Offers High-Performance Materials Macor® and Kapton® for Demanding Space Applications
Goodfellow USA Overview Goodfellow announced enhanced offerings of Macor® and Kapton® to meet the rigorous demands of satellite propulsion and other space technologies. Macor®, a machinable glass ceramic, provides excellent performance i... -
South Korean Space Startup MID Raises $10.6M Series A, to Build HTCC Ceramic Packaging Line for Domestic High-Reliability Space Components
WOWTALE South Korea Overview South Korean space-grade electronics startup MID secured approximately $10.6 million in Series A funding to expand its space semiconductor packaging and High-Temperature Co-fired Ceramic (HTCC) package manufa... -
SpaceX Starship Faces Thermal Bridging and Plasma Intrusion Challenges in Re-entry Shield, Hindering Rapid Reusability
YouTube USA Overview SpaceX Starship's Thermal Protection System (TPS), designed to withstand over 2500°F (~1400°C) during re-entry, is encountering issues such as 'thermal bridging' through tile attachment hardware and 'plasma intrusion... -
New Material for Reusable Rocket Nozzles Shows Significant Improvements in High-Temperature Gas Resistance and Thermal Cycle Fatigue Properties
Advanced Materials Technologies (Preprint) International Overview A new material developed for reusable rocket nozzles has been reported to exhibit superior resistance to high-temperature gases and significantly improved thermal cycle fa... -
Advanced High-Temperature Coating Developed for Hypersonic Re-entry Vehicles Sustains 2000°C+, Bolstering Reusable Spacecraft Thermal Protection
arXiv: Materials Science (Preprint) International Overview An innovative ceramic-based high-temperature resistant coating has been developed for hypersonic re-entry vehicles, capable of maintaining material integrity in extreme environme... -
Novel Polymer-Ceramic Composite Achieves Over 90% Shielding Performance Against Protons and Heavy Ions for Spacecraft
Acta Astronautica (Preprint) International Overview A new polymer-ceramic composite material developed for spacecraft radiation shielding systems has demonstrated superior shielding properties against protons and heavy ions, simulating l... -
Arkema Unveils Advanced PVDF and Acrylic Binders for EV and ESS Batteries at The Battery Show Europe 2026, Boosting LFP Performance and Driving Solid-State Development
CoatingsPro France Overview Arkema showcased innovative material solutions for EV and Energy Storage System (ESS) batteries at The Battery Show Europe 2026, introducing new PVDF grades (Kynar® HSV 1200 and HSV 1400) to enhance LFP cathod...
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