Heat buildup inside metal-roof buildings is one of the biggest challenges faced by warehouses, factories, commercial buildings, poultry farms, and agricultural facilities. During hot weather, metal roofs rapidly absorb solar radiation and transfer that heat indoors, making workplaces uncomfortable while increasing dependence on air-conditioning and ventilation systems.
TIRI X1 PRO is engineered to overcome this challenge with an advanced 20mm double-layer air bubble insulation sheet laminated with high-resistant reflective aluminium foil. Designed as a high-performance reflective thermal barrier, it helps reduce roof heat gain, improve indoor comfort, minimise HVAC loads, and enhance overall energy efficiency across industrial, commercial, agricultural, and residential buildings.
With an impressive R-Value of 3.72, TIRI X1 PRO combines reflective technology with sealed air pockets to reduce heat transfer, making it an ideal insulation solution for modern metal roof applications.
Whether you're constructing a new warehouse or upgrading an existing industrial roof, TIRI X1 PRO provides an effective thermal insulation solution that supports long-term building performance while reducing cooling requirements.
The result is a more comfortable indoor environment, improved energy efficiency, and lower cooling costs for a wide variety of building types.
| Feature | Specification |
|---|---|
| Product | TIRI X1 PRO |
| Thickness | 20 mm |
| Construction | Double Layer Bubble Sheet |
| Surface | High Resistant Aluminium Foil |
| R-Value | 3.72 |
| Roll Size | 1.25m × 15m |
| Installation | Under Metal Roof / Wall Cladding |
| Primary Function | High Reflective Thermal Barrier |
| Feature | TIRI X1 PRO | Conventional Insulation |
|---|---|---|
| Reflective Aluminium Surface | ✔ | Usually No |
| Double Bubble Construction | ✔ | No |
| Radiant Heat Reflection | High | Low |
| Lightweight | ✔ | Often Heavier |
| Easy Installation | ✔ | Varies |
| Moisture Resistance | High | Material Dependent |
| Suitable for Metal Roofs | ✔ | Not Always |
