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PatSnap Eureka Report: Advanced Adhesive Formulations Critical for Preventing Thermal Runaway in EV and Energy Storage Systems
PatSnap Eureka Global Overview A new PatSnap Eureka report highlights the essential role of advanced adhesive formulations in preventing or mitigating thermal runaway in energy storage systems. Research focuses on developing materials wi... -
Asymmetric Composite Solid Electrolytes Dramatically Boost Interfacial Stability and Room-Temperature Ionic Conductivity in All-Solid-State Lithium Metal Batteries
ACS Applied Energy Materials - ACS Publications International Overview This research developed an asymmetric composite solid electrolyte (DDL) that significantly enhances ionic conductivity and interfacial stability in all-solid-state li... -
Mitsubishi Electric Unveils High-Performance Mold Compounds to Boost Power Semiconductor Electrical Insulation
PatSnap Eureka Japan Overview Mitsubishi Electric has developed an advanced epoxy-based mold compound designed to significantly improve the electrical insulation properties of power semiconductor devices. This innovation integrates high-... -
Eco-Smart Composites: PLA/Carbon Fiber/Brine-Salt Triple Waste Valorization for High-Performance Thermal, Acoustic, and Fire-Resistant Materials
Taylor & Francis Online Global Overview This research successfully developed eco-smart composites by integrating biodegradable polylactic acid (PLA), waste carbon fibers, and brine salt from wastewater treatment as a triple waste valoriz... -
Talc’s Multifunctional Role: Enhancing Performance in EV Batteries and Power Electronics
Alliance Chemical USA Overview Talc plays a crucial role in advanced technologies from EV batteries to power electronics. Talc-filled silicone or polyurethane gap pads serve as thermal interface materials in EV battery modules, providing... -
Novel Silicone-Free Hybrid TIM Achieves Stable Low Thermal Resistance Under Harsh Conditions for Power Modules
PatSnap Eureka USA Overview Research from PatSnap Eureka reports on a novel thermal interface material (TIM) optimized for power modules operating under harsh temperature and humidity. The proposed material, a silicone-free epoxy-polysil... -
Glass Bubbles Revolutionize Adhesives and Sealants: Delivering Ultra-Lightweight and Enhanced Thermal Performance
Specialty Adhesives & Sealants Blog USA Overview Glass bubble materials are transforming low-density adhesives and sealants by offering exceptional lightweighting, insulation, and processing advantages. These lightweight hollow glass mic... -
Sumitomo Chemical Unveils ‘ELA Series’ High-Purity Alumina for Advanced Semiconductors
AL Circle Japan Overview Sumitomo Chemical has launched the ELA Series, a new range of high-purity alumina products targeting advanced semiconductor manufacturing for AI and high-performance electronics. This series represents the world'... -
Sumitomo Chemical Develops New Ultra-Low Alpha, High-Thermal-Conductivity Alumina Filler for Advanced Semiconductors
住友化学 Japan Overview Sumitomo Chemical has developed a new 'ELA series' of high-purity alumina, boasting extremely low alpha-particle emissions and enhanced thermal conductivity, specifically for advanced semiconductors. This innovati... -
Henkel Unveils Silicone-Free Thermal Gap Filler and High-Strength Conductive Adhesive for Advanced EV Battery Thermal Management
Henkel Germany Overview Henkel has introduced two new thermal interface materials designed to enhance EV battery thermal management: the Bergquist TGF 2030APS gap filler, which is silicone-free with a thermal conductivity of 1.7 W/m·K, a...
