Dow and Carbice Form Strategic Partnership: Introducing Innovative Multi-Generation Thermal Interface Materials for High-Performance Electronics

Dow and Carbice, a leader in carbon nanotube technology, have announced a groundbreaking partnership to revolutionize thermal interface materials. This unprecedented alliance will focus on developing multi-generational product lines specifically for high-performance electronics in a variety of sectors including mobile, industrial applications, consumer electronics and semiconductors.

The collaboration leverages Carbice’s expertise in carbon nanotube technology and Dow’s extensive materials science capabilities to meet the growing demand for efficient thermal management solutions for advanced electronic systems. Together, the two parties are committed to setting new standards in thermal interface material performance, reliability and sustainability to improve the thermal efficiency of next-generation electronic devices.

The new collaboration combines Dow’s extensive expertise in silicone materials with Carbice’s patented carbon nanotube technology to launch breakthrough thermal management products designed to meet the growing reliability needs of the growing thermal interface market by providing innovative gasket solutions designed specifically for electric vehicles and various electronic applications.

“This collaboration underscores Dow’s commitment to driving the future of mobility through innovative material science,” said Jon Penrice, president of Dow’s Mobility business. “Working with Carbice, we can better serve our customers by offering thermal management solutions that combine liquid silicone and solid pads. This collaboration is unique within the industry and we are excited to work together to set a new benchmark for performance and reliability in electronic applications.”

Silicone and carbon nanotubes each offer unique thermal management benefits, but the combination of the two creates an even more powerful solution. The excellent wetting ability and precise dispensing characteristics of Dow silicone, combined with the superior versatility and durability of Carbice carbon nanotubes, establish an efficient interface contact. This innovative combination significantly reduces all stress transfer modes, thereby improving thermal performance and reliability.

By reducing stress transfer, it ensures that the thermal interface material maintains its effectiveness in a variety of demanding environments, making it ideal for applications in electric vehicles, consumer electronics and industrial environments. This collaboration not only improves the functionality of thermal management solutions, but also enables devices to operate more efficiently and reliably, ultimately meeting the growing demand for high-performance electronics in an increasingly competitive market.

“Whether it’s an electric vehicle battery or a GPU in a mobile device, electronic devices must be able to withstand a variety of complex operating conditions without risking overheating,” said Baratunde Cola, CEO and founder of Carbice. “Our collaboration with Dow allows us to combine high-performance, user-friendly thermal interface solutions with their silicone technology. This combination results in a durable, customized and cost-effective solution that can remain stable at any temperature or humidity level. This collaboration represents a significant step forward in our mission to provide essential components at scale for the world’s most critical applications, facilitating a future where trusted solid gaskets are the foundation of every electronic cooling system.”