Low Outgassing Thermal Protection
40X better at blocking heat transfer than traditional polyimide tapes
The Challenge
New satellite designs are outpacing traditional material solutions.
Satellite systems demand precision, performance, and extreme thermal reliability.
In low Earth orbit, harsh thermal cycling (-180 ºC to 170 ºC) and contamination risks can compromise mission success. Traditional tapes can’t keep up.
Our Solution
Blueshift’s low-outgassing tapes give your satellites a clear performance advantage:
- Thermal conductivity in space vacuum: 0.008 W/mK (Pressure = <10-5 Torr)
- Thermal diffusivity in space vacuum: 0.0129 mm²/sec (pressure = <10-5 Torr)
- Already proven in 10,000+ ft² of deployed spacecraft
- Meets NASA ASTM E595 outgassing standards
Why Engineers Are Using Our Low-Outgassing Tapes
Superior Thermal Performance
In the vacuum of space, due to ultra-low thermal conductivity and thermal diffusivity AeroZero dramatically outperforms traditional PI tapes:- 15x lower thermal conductivity
- 8x lower thermal diffusivity
Electrical Insulation + RF Transparency
Maintain high-frequency signal clarity while protecting electronicsLightweight and Flexible
85% air core technology, thin profile (<200 µm), and roll-to-roll availability streamline integrationEasy-Integration
Peel-and-stick
Applications
Composite structures
Harness wrapping
Spacecraft skins
Electronics protection
Optics, sensors & detectors
Vacuum chamber systems
- Solar cell protection
High-density batteries
Built for the New Space Race
With 4,150+ new LEO satellites projected in the next five years and megaconstellations on the horizon, demand for lightweight, thermally resilient materials has never been higher.
AeroZero tapes enable OEMs to keep innovating without compromising spacecraft reliability.
Technical Data Sheet
Engineer smarter, lighter, and more resilient satellites with Blueshift.
Whether you’re protecting spacecraft skins, wrapping harnesses, or designing next-gen payloads, Blueshift has your mission covered.
