YINCAE, a leader in electronic material solutions, today announced the launch of its next-generation Liquid Metal Thermal Interface Material (TIM), engineered with enhanced viscosity properties to deliver exceptional performance, processability, and long-term reliability.
Unlike conventional liquid metal TIMs, which can be difficult to handle and prone to instability at elevated temperatures, YINCAE’s new formulation offers higher viscosity at room temperature, enabling precise, easy, and consistent stencil or syringe printing for streamlined assembly processes.
Critically, the material also maintains higher viscosity at elevated operating temperatures, reducing pump-out, flow, or bleed issues often seen in traditional formulations. This unique thermal stability translates into improved interface integrity and reliability under harsh thermal cycling and continuous high-temperature environments.
“We developed this advanced liquid metal TIM to address both the application challenges and long-term performance demands of today’s high-power electronics,” said Dr. Wusheng Yin, CEO at YINCAE. “The improved viscosity profile allows for cleaner, more controlled printing, while maintaining form stability under thermal stress—two key factors for manufacturers seeking high-performance, reliable thermal solutions.”
Key Features:
- High viscosity at room temperature for improved printability and handling
- Maintains high viscosity at elevated temperatures for enhanced reliability
- Excellent thermal conductivity ideal for high-power CPUs, GPUs, and power modules
- Compatible with automated dispensing and stencil printing
This innovation represents a significant advancement in the field of liquid metal TIMs, where thermal performance often comes at the expense of ease of use and mechanical reliability. YINCAE’s new material bridges that gap, offering manufacturers a practical and scalable solution for next-generation thermal management.
To learn more, email us at info@yincae.com or visit www.yincae.com..Join us at Booth #817 at the IMAPS Symposium 2025 in San Diego, CA (Sept. 30 – Oct. 1) for a live demo and to meet our team.
To learn more, visit www.yincae.com.
