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WACKER Presents Autonomous-Sensor Thermal Interface Material at InterBattery 2025
WACKER, the global chemical company headquartered in Munich, Germany, will unveil its groundbreaking silicone thermal interface material for autonomous vehicle sensors at InterBattery 2025 (March 5–7, COEX Seoul).
Technical Manager of Wacker for Electronics is verifying the high-performance thermal silicone dispensing process.
As Korea’s largest battery exhibition (hosted by MOTIE and KBIA), the event marks the debut of WACKER’s 7W/m·K+ thermal conductivity material, which enables single-step mass dispensing while preventing thermal runaway in EV batteries and high-density electronics.
Innovation Highlights area as below. Autonomous Sensor Solution: First silicone thermal material optimized for LiDAR/radar sensors in self-driving vehicles. Process Efficiency: Eliminates repetitive dispensing steps with high-yield application technology. Safety Critical: Mitigates fire risks in next-gen EVs and IT components through superior heat dissipation.
WACKER Booth at Interbattery 2025
At the Pitching Day (March 6), WACKER will present its full silicone portfolio for future mobility, including Battery fire-safety solutions Eco-friendly conformal coatings & adhesives, Ultra-transparent optical bonding for displays, an interactive Experience Zone will allow attendees to test material performance firsthand, complemented by a silicone-solution quiz event.
"Our Korean R&D team developed this breakthrough material," said HeeSeop Choi, head of Industrial Solutions Asia at Silicones business unit. "With a 10W/m·K+ thermal paste in development, we’re committed to expanding our specialty silicone portfolio aligned with market demands."
