Products by Boyd Corporation

k-Core Material System k Technology’s k-Core products offer up to eight times the conductivity of aluminum at up to a 30% reduction in mass. Typical k-Core products have four times the conductivity of aluminum with a 10% mass reduction. k-Core is cooling some of the world’s most advanced...

Passive two-phase heat transfer devices from Thermacore come in many varieties: heat pipes, loop heat pipes, cold plates, vapor chambers and many more. But every one of them is backed by the same engineering expertise and commitment to excellence.

Heat pipe assemblies from Thermacore mean that thermal engineers can count on innovative, best-in-class thermal management solutions that offer industry-leading thermal performance, help control energy costs and maximize system life and reliability even under harsh conditions.

For efficient high-temperature (300°C to 2,000°C) heat dissipation, thermal spreading, high-heat flux cooling and other high-temperature heat management challenges, Thermacore high-temperature heat pipes are the thermal solution of choice.

Get the thermal performance of a heat pipe — plus flexible design capabilities to ensure reliable heat removal over long distances regardless of gravity — with loop heat pipe systems.

For cooling high-power, high-heat flux electronic components like computer microprocessors, lasers, power electronics, military equipment, medical equipment or power electronics when air cooled heat sinks are inadequate, liquid cold plates and pumped liquid cooling systems technology from...

Advanced thermal management solutions for reliable and efficient operation spanning a complete range of temperatures — from -260° C (liquid hydrogen) to 2,000° C (molten silver) — are available from the Thermacore Technology Center. Here, a core group of experienced engineers and technicians is...

Vapor chamber technology gives you better thermal performance and greater reliability compared with traditional heat sinks, thanks to Thermacore engineering that makes these solutions ideal for extreme temperatures and rugged applications.