Bifire Vacunanex® Thermo-insulating Panels
VACUNANEX® THERMO-INSULATING PANELS
VACUNANEX® THERMO-INSULATING PANELS
Vacunanex® is the top performer among thermo-insulating panels.
The result of years of study and testing by top technical staff and researchers, this is a technologically advanced material, with ultra-high insulating capacity, providing a highly innovative solution that enables applications in construction, industry and marine environments that until recently were simply impossible.
INFORMATION
BRAND
Bifire
PRODUCT TYPE
Thermo-insulating Panels
CAPACITY
Greater insulating capacity 0.004W/mK
SAFER
Non-combustible core-material
SLIMMER DESIGN
Six times thinner than a traditional product
COLLECTION
Vacunanex®
PRODUCTION
Made in Italy
ENERGY SAVING
Greater energy savings help save you money
MODEL - 3D
Efficientamento energetico con Vacunanex®
DETAIL
- Totally recyclable
- More space for your life
- Excellent comfort for housing
- Lower environmental impact
- Technologically more innovative
USED FOR APPLICATIONS
From -70°C a 80°C
THERMAL TRANSMITTANCE
0.26W/m²K
HIGH TECHNOLOGY FOR HIGH PERFORMANCE
-Vacunanex® has such excellent insulating capacity, that it has no competitors and can provide unique guarantees in the thermo-insulation sector. Used for applications from -70°C a 80°C.-Vacunanex® is under vacuum, which totally prevents any convective heat transfer; this provides much greater efficiency than traditional insulating materials. -For example, for the same insulating capacity, Vacunanex® is up to 10 times thinner.
-Vacunanex® uses Nanex® technology based on micropore silicon nanotechnology; the microporous spherical particles have nanometre-scale contact points, thus reducing thermal conductivity pathways through a solid matrix to the absolute minimum. Micropores also reduce convective heat transfer to a minimum. Special opacifiers are used to further reduce the radiation process.
-With Vacunanex®, jobs which had once been unthinkable can now be performed – for example, thermal transmittance U of 0,26W/m²K with a thickness of 15 mm is now possible.
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