Honeycomb Radiator Panels
ACT (Advanced Cooling Technologies)
Aluminum honeycomb sandwich panels serving dual roles as spacecraft structural shells and heat rejection radiators, with embedded CCHPs, high-conductivity face sheets, and selectable emissivity coatings.
Technical specifications
- Core Material
- Aluminum honeycomb sandwich
- Face Sheet Enhancement
- High-conductivity, optional embedded CCHPs
- Surface Finish
- Selectable emissivity coatings
- Compatible Orbit Classes
- LEO, MEO, GEO, deep space
- Scalability
- CubeSat-class to GEO bus panels
About
ACT’s Honeycomb Radiator Panels combine precision thermal control with structural load-bearing capability in an ultra-low-mass package. These panels function simultaneously as spacecraft structural shells and heat rejection surfaces, eliminating the mass penalty of separate structural and thermal elements.
The panels employ aluminum honeycomb sandwich core construction with high-conductivity face sheets and can incorporate embedded CCHPs for enhanced lateral heat spreading. Surface emissivity is tailored through selectable coatings to maximize radiative heat rejection for specific orbit environments. ACT supports scalable designs from CubeSat-class radiators to large GEO satellite bus panels.
Documentation
No public datasheet yet — request the datasheet / ICD from the supplier.
