Views: 0 Author: Site Editor Publish Time: 2025-03-07 Origin: Site
The 2025 InterBattery Exhibition in South Korea is being held this week, attracting top-tier companies, research institutions, and industry experts from the global new energy sector to explore the future of technology trends. At this exhibition, XYFOAMS is showcasing its innovative thermal runaway protection materials, particularly the ceramic-silicone foamed composite material, which provides safety solutions for power batteries and energy storage systems, making it one of the key highlights of the event.
As the global new energy market continues to grow rapidly, the safety of power batteries and energy storage systems has become a key concern. Thermal runaway has emerged as one of the most significant challenges facing the industry. Under extreme conditions such as overcharging, short circuits, or external impacts, batteries may experience temperature runaway, leading to fires or even explosions, posing serious threats to vehicles, power grids, energy storage devices, and personal safety. Therefore, improving the thermal protection capabilities of battery systems is a shared focus of the entire industry.
XYFOAMS has deep expertise in polymer foams and high-performance composite materials. At this year's exhibition, the company is highlighting its high-performance thermal runaway protection materials, with the ceramic-silicone composite material standing out as a key innovation.
At InterBattery 2025, XYFOAMS' ceramic-silicone composite material has attracted the attention of numerous industry experts and corporate representatives due to its exceptional protective performance.
✅ Extreme High-Temperature Resistance:
It can withstand 1300°C flame impact for 30 minutes without igniting or dripping, ensuring safe isolation of the battery system.
✅ Outstanding Flame Retardancy:
Meets VTM-0 flame retardant standards, with extremely low smoke and toxicity emissions.
✅ Excellent Electrical Insulation:
With a dielectric strength of 22kV/mm, it effectively prevents battery short-circuit risks.
✅ Lightweight & High Flexibility:
Unlike traditional rigid inorganic insulation materials, this material is not only highly heat-resistant but also flexible, allowing it to adapt to various shapes and structural designs.
✅ Wide Application:
Ideal for use in power batteries, energy storage, rail transportation, aerospace, and military fields, as well as other applications requiring high safety standards.
At the InterBattery 2025 exhibition, XYFOAMS' booth welcomed a diverse group of battery manufacturers, material suppliers, and industry experts who gathered to discuss the future trends of thermal runaway protection technologies.
As the new energy market accelerates, breakthroughs in battery safety technology are essential to drive sustainable industry development. XYFOAMS remains committed to continuous innovation in material research and development, utilizing high-performance foams and composite materials to help propel the new energy industry toward a safer, more efficient, and environmentally friendly future.
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