Ann: VHD Technology - Thermal Performance Breakthrough, page-43

There’s so many products that can be disrupted by the VHD Technology. The specific properties will be fine tuned and tailored to suit applications. The target market applications are colossal!!

There will be applications such as Solar Thermal Storage where Thermal Conductivity of VHD Blocks would ideally be low! The focus is on efficiently storing and then dissipating heat over time.

Many applications will have Heat dissipation preferred: VHD graphite components that allow for rapid heat removal from a component surface, combined with effective cooling mechanisms (like high surface area heat sinks), are preferred over purely high-conductivity materials that lack a good dissipation mechanism.

Try some High-Temperature Applications (e.g., Furnace Linings, Thermal Shields)
Why heat dissipation matters: In high-temperature applications, the material often needs to dissipate heat to avoid excessive thermal buildup. For example, materials used in thermal shields (e.g., in spacecraft or furnaces) may have lower thermal conductivity, but their primary role is heat dissipation and protection from extreme temperatures.

Heat dissipation preferred: refractory materials are designed to dissipate heat rather than conduct it, to protect components from extreme temperatures.

GCM have hit a home run here. They’ve picked the initial target market with a superior performing, lower energy intensive, faster produced product range that will offer significant performance benefits and cost effectiveness.

it’s all good