Passive air conditioning.
Keeps the heat out in summer. Keeps it in during winter.
R'BULL Pro 13
High-performance thin reflective insulation
Thermal performance and durability of R'BULL Pro 13 insulation
R'BULL Pro 13: mastering thermal radiation
R'BULL Pro 13 has been designed to make the most of thermal radiation. Unlike some thin reflective insulation materials that use aluminised polymer films, it incorporates genuine pure aluminium reflective sheets, combined with a technical structure designed to reduce heat transfer, maintain the system’s efficiency and ensure long-lasting performance.
6.5 microns of thermal precision
Reduced to 6.5 microns, our aluminium foil limits heat build-up and optimises the reflection of thermal radiation. The result: less heat absorbed, more energy reflected
A high-performance infrared mirror
Thanks to pure aluminium with very high reflectivity, R'BULL Pro 13 has an emissivity of 0.05 and a solar factor of less than 0.03. It acts as a thermal mirror capable of reflecting infrared radiation outwards or inwards, depending on the installation configuration.
A structure designed to limit heat transfer
Our air bubbles keep the reflective sheets at a distance from the blue polyethylene foam core. This design reduces direct contact, enhances the reflective properties of the aluminium and helps limit heat transfer, ensuring better-preserved efficiency over time.
How to enhance your roof insulation with reflective insulation
Don’t replace your insulation. Enhance it.
R'BULL Pro 13 is designed to complement your traditional insulation (glass wool, rock wool, wood) and effortlessly meet the RE 2020 standards and requirements for major renovations (BAR-TH-175).
- Unused loft space: Add 5.40 m².K/W to meet the 7 m².K/W requirement.
- Roof slopes: Add 4.40 m².K/W to aim for 6 m².K/W.
- Interior walls: Only 2.10 m².K/W needs to be added to reach 3.7 m².K/W.
- Ground floors: Add 1.40 m².K/W to meet the required 3 m².K/W.
Technical installation and fitting of thin under-roof insulation
The perfect balance between slimness and extreme insulation. At just 13 mm thick, our best-seller acts as a true climate shield. See for yourself how absolute performance is integrated into the design.
- Reinforced insulating core (13 mm effective thickness)
- Radical treatment of thermal bridges
- Summer/winter climate shield (95% of infrared rays repelled)
Installation diagram for R'BULL Pro 13 thin insulation under the roof
Just 13 millimetres to better control the heat under your roof. Discover, layer by layer, how R'BULL Pro 13 helps to reflect solar radiation, limit overheating and improve the comfort of your loft space in the long term.
The Roof
Roof tiles and battens provide the first line of defence against solar heat gain. Thanks to the natural ventilation of the roof, some of the heat is dissipated before it even reaches the living space.
The R'BULL Pro 13 Shield
13 mm of technology designed for performance. Its two pure aluminium surfaces reflect 95% of solar radiation before it is converted into heat. Airtight and moisture-proof, R'BULL Pro 13 helps to provide long-lasting protection for your loft.
The Active Air Gap
Created through the use of R'BULL Pro 13, this airtight air gap enhances the system’s efficiency. It reduces residual heat transfer and helps maintain a better thermal balance, both in summer and winter.
The Finish
The plasterboard on hangers ensures a clean and neat finish. To further enhance the overall performance, it is recommended to add fibre insulation to improve overall thermal comfort.
Areas of application
Hover over the structures to view the insulation areas. Tap the structures to view the insulation areas.
CAN YOU WIN
A MATCH
BY ONLY
PLAYING
DROP SHOTS?
The full case study demonstrating, with centre court as evidence, why effective insulation is not a question of product but a question of strategy.
| Technical Specifications | |
|---|---|
| Trade name | R'BULL Pro 13 |
| Technical reference | BOLTHERM 235 IGN V |
| Thickness | 13mm |
| Dimensions | Width: 1.20 m | Length: 20.83 m Area per roll: 25 m² |
| Thermal resistance according to EN ISO 22097 |
1.60 m².K/W with two 20mm air gaps 0.29 m².K/W for the insulation alone |
| Thermal conductivity | λ = 0.04905 W/(m·K) |
| Weight | Weight per unit area | 14.5 kg | 580 g/m² |
| Composition | 6.5 µm aluminium + 5 mm PE/PET bubbles + 3 mm PE foam + 5 mm PE/PET bubbles + 6.5 µm aluminium |
| Water vapour resistance according to EN 12086 |
µ > 20,000 Sd > 260 m |
| Corrosion resistance according to EN ISO 9227 |
Salt spray: no deterioration |
| Tensile strength according to EN 1607 |
0.3 kPa (before/after ageing) |
| Packaging | |
|---|---|
| Roll per package | 1 |
| Packages per pallet | 6 |
| m² per pallet | 150 |
| m² per container | 4000 |
| Delivery |
France: 48 hours Europe: 1 week |
| Origin |
|
| EAN code | 3760372520274 |
Downloadable certifications
Fire performance, DoP, test reports (emissivity and solar factor), thermal resistance report, product data sheet.
Product data sheet
Installation methods
Thermal resistance
EN ISO 22097
Fire Reaction Certificate
EN 13501-1
Emissivity
EN ISO 22097
Solar factor
ISO 6946: 2017
Declaration of Performance
DoP
European
Technical
Assessment
European Technical Assessment issued for the BOLTHERM range of reflective insulation products, which includes Ceilingo R'BULL Pro 13 (Ref: BOLTHERM 235 P IGN), in accordance with EAD 040007-00-1201. It enables the Declaration of Performance and CE marking of the relevant products to be established.
R'BULL Tape. The seal of waterproofing.
A heat shield is only effective if its joints are airtight. Discover the high-performance adhesive designed to blend seamlessly with the R'BULL range.
Zero thermal bridges.
Made from pure aluminium and an extreme acrylic adhesive, it guarantees a 100% airtight and water vapour barrier for the entire lifespan of your insulation.
- Immediate and permanent adhesion
- Resistant to extreme temperatures
- Durability equivalent to the insulation
Ceilingo's expertise in a few questions
Everything you need to know about R'BULL Pro 13 technology.
