Stay up to date with the latest thermal material insights and industry event information. Follow LiPOLY to keep informed on everything related to thermal management.

COMPUTEX TAIPEI-AI機器人區-旭立攤位A0803a

2026 COMPUTEX Taipei

Asuli Technology Invites You to COMPUTEX 2026: Embracing the AI 2.0 Era — Where AI Dramatically Enhances Human Efficiency and Convenience...

Immersion cooling technology submerges electronic equipment completely in non-conductive coolant, which may appear to enable direct heat dissipation. However, the thermal conductivity of coolant fluid is far lower than that of metal heat sink fins. Liquid convection alone cannot effectively handle the concentrated heat generated by electronic components. Thermal interface materials fill the microscopic gaps between components and heat dissipation structures, providing a higher-conductivity heat transfer path, overcoming boundary layer limitations, and replacing conventional thermal pastes that are prone to dissolving — ensuring immersion cooling systems achieve optimal thermal dissipation efficiency.

Why Does Immersion Cooling Still Require Thermal Pads?

Immersion cooling involves fully submerging the entire server in a non-conductive liquid, which may seem to offer a direct and effective way to dissipate heat...

The Moss Landing Power Plant in Monterey County, California experienced a severe thermal runaway event on January 16, 2025, forcing the evacuation of 1,700 residents within a 5-mile radius. As the world's largest grid-connected battery facility with 750MW capacity, the fire burned for 72 hours before containment, destroying 80% of the 300MW battery array installed in 2020.

California Battery Storage Fire May Pose Health Risks

A major fire at the world’s largest battery energy storage facility in Moss Landing, California, released continuous toxic gas emissions...

The Serious Consequences of Battery Thermal Runaway and How to Prevent It

The Serious Consequences of Battery Thermal Runaway and How to Prevent It

Lithium battery thermal runaway occurs when damage or a short circuit causes rapid heating, electrolyte breakdown, and flammable gases...

Lightweight thermal materials for drones must satisfy high-efficiency heat dissipation requirements while maintaining lightness and environmental adaptability. From high thermal conductivity resins to aerogel insulation, innovative aerodynamic design technologies are providing diverse solutions for drone performance enhancement.

Thermal Materials for Lightweight Drones

Lightweight thermal materials for drones must deliver efficient heat dissipation while also meeting requirements for low weight and environmental adaptability...

Stay up to date with the latest thermal material insights and industry event information. Follow LiPOLY to keep informed on everything related to thermal management.

California Wildfires: Why Fire-Resistant and Insulation Materials Matter

California wildfires are a recurring threat. The Los Angeles fires in early 2025 again underscored the importance of fire-resistant and thermal insulation materials for buildings...