New Technology– category –
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Vulkollan: Covestro chemical recycling pilot carbon reduction
Circular Economy News Germany Overview Covestro has launched a new pilot plant in Leverkusen, Germany, for the chemical recycling of its high-performance cast elastomer, Vulkollan®. This technology efficiently breaks down over 90% of end... -
IFUN: Dental Model Resin 3160 3D printing specs and HDT
IFUN Unknown Overview IFUN has announced a comprehensive range of dental 3D printing resins, highlighted by its high-precision photopolymer "Dental Model Resin 3160," achieving a 120°C heat deflection temperature (HDT) and ultra-low shri... -
CRRC: 110m recyclable wind turbine blade material recovery specs
PRNewswire USA Overview CRRC has successfully completed the production of an innovative 110-meter recyclable wind turbine blade, featuring a material system based on high-efficiency de-bondable infusion resins that enable over 95% recove... -
Polymer Informatics: arXiv’s AI super-intelligence roadmap
arXiv USA Overview arXiv has released a detailed roadmap towards "polymer informatics super-intelligence," proposing a system that integrates data, models, and decision-making to fundamentally transform polymer design. This framework aim... -
IsPETase-M8 explained: Sun Yat-sen University’s PET enzyme
Bioengineer.org China Overview A research team from Sun Yat-sen University in China has developed 'IsPETase-M8,' an innovative plastic-degrading enzyme capable of breaking down PET in natural seawater at near room temperature (37°C) with... -
Polyurethane waste: 13.6 wt% Toluene Diamine yield specs
DocShare Unknown Overview A new study demonstrates that hydrothermal conversion with acidic and basic additives can effectively depolymerize polyurethane (PU) waste, enabling efficient recovery of the valuable chemical intermediate, 2,4-... -
DIC Corporation: New epoxy curing agent for GenAI signal loss
Vision Watch | DIC Corporation Japan Overview DIC Corporation has developed a novel curing agent for epoxy resins designed to reduce signal loss in high-speed communication devices and generative AI systems. This technology addresses cha... -
PEDOT:PSS Bioelectronics: WashU’s 3D-printable tissue compatibility
The Source - WashU USA Overview Engineers at Washington University in St. Louis have developed a 3D-printable bioelectronic material combining collagen and conductive polymer PEDOT:PSS. This novel collagen-based composite exhibits superi... -
Bio-Based Epoxy Vitrimers: Recyclable strength vs petroleum plastics
Bioengineer.org USA Overview Researchers have developed a groundbreaking recyclable, bio-based epoxy vitrimer using an innovative technique called "free-volume engineering." This new material effectively overcomes the traditional strengt... -
CRRC: 110m recyclable wind turbine blade specs and 95% recovery
CRRC China Overview CRRC has successfully manufactured a 110-meter recyclable wind turbine blade, achieving over 95% recovery of its primary raw materials. The blade incorporates a material system based on highly efficient peelable infus...
