New Technology– category –
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Perovskite: Underwater solar cell specs and 34.71% efficiency
Physics World / NOW.solar International Overview A polymer-tuned wide-bandgap perovskite solar cell has achieved a record-breaking 34.71% power conversion efficiency in an underwater environment. This novel technology significantly surpa... -
Toshiba: 3300V SiC MOSFET specs and 40% thermal resistance cut
Magazine Industry USA Japan Overview Toshiba Device & Storage Corporation has unveiled a new 3300V SiC MOSFET module incorporating silver sintering die-attach technology. This module achieves up to a 40% reduction in thermal resistan... -
tesa: Debonding on Demand explained for 95% recycling efficiency
tesa Germany Overview tesa has launched a groundbreaking 'Debonding on Demand' technology designed for the efficient disassembly, rework, repair, and recycling of electronic devices and batteries. This innovative adhesive system enables ... -
Tiangong University: Silicone TIM specs and 2.51 W/mK results
Tech Xplore China Overview Researchers from Tiangong University and the Shandong Product Quality Inspection Institute have developed a novel silicone-based thermal interface material (TIM) incorporating vertically oriented boron nitride ... -
DIC: Active ester curing agent for 5G/AI signal loss specs
DIC Corporation (Vision Watch) Japan Overview DIC Corporation has developed an innovative active ester-based epoxy curing agent that significantly reduces electrical charge accumulation in epoxy resins, directly addressing signal loss is... -
Tin Material: Heat Trap Effect and 33% solar cell efficiency
IO+ Netherlands, Austria Overview Physicists from the University of Groningen and TU Wien have published findings in ACS Energy Letters revealing that a tin-based material retains sunlight energy far longer than expected. This breakthrou... -
Silicone Oil Solar Panels: 22.6% efficiency and recyclability
EcoPortal.net Unknown Overview Researchers have developed a novel solar panel design utilizing silicone oil as an encapsulant, achieving a 22.6% conversion efficiency comparable to conventional EVA-encapsulated modules. This liquid-fille... -
TUM Bio-Adhesive: 10 MPa shear strength and heat-reactivation
TUM Germany Overview Researchers at the Technical University of Munich (TUM) have developed a fully bio-based adhesive from mistletoe berries, achieving shear strengths exceeding 10 MPa and maintaining performance at -150°C. This innovat... -
CAS 1137971-16-4: UV curing monomer specs to stop migration
PRWeb USA Overview A novel copolymerizable benzophenone photoinitiator monomer (CAS 1137971-16-4) fundamentally resolves critical issues of migration, odor, and precipitation in the UV curing industry. This monomer dual-functions as both... -
TUM Bio-Adhesive: Mistletoe berry specs and -150°C performance
idw Germany Overview Researchers at the Technical University of Munich (TUM) have developed a fully bio-based, high-performance adhesive derived from mistletoe berries. This innovative adhesive achieves shear strengths exceeding 10 MPa a...
