Perforated foil radiant barrier alu foil insulation 3BF7-18
| Item | perforated foil radiant barrier alu foil insulation | Size | 130μm | ||
| NO. | Item | Units | Test Method | Test Results | |
| 1 | Thickness | μm | Vertical optical meter | 130 | |
| 2 | Grammage | g/m2 | Electronic analytical balance | 125 | |
| 4 | Tensile Strength | Machine Direction | (kN/M) | Tensile tester | min 11.5 |
| 5 | Lateral Direction | min 8.0 | |||
| 6 | Edge Tear Resistance | Machine Direction | (N) | Tensile tester | min 80 |
| Lateral Direction | min 80 | ||||
| 7 | Water Vapor Transmission Rate | (Ng/Ns) | Tensile tester | max 2 | |
| 8 | Emmitance | Reflective | |||
| 9 | Vapor barrier | High | |||
| 10 | Water Barrier | High | |||
| 11 | Emmittance of Reflective Face | max 0.05 | |||
Features & Benefits
1.Light weight, strong and easy to install
2.Moisture-proof, will not allow moisture to pass through in either direction
3.Eliminates condensation within the ceiling and walls when properly installed as a vapor barrier
4.Unaffected by humidity with lower moisture transfer and absorption rates than mass insulation - no mildew, 5.mold or fungus growth
6.No significant mass to absorb and retain heat
7.No change thermal performance over time due to compaction, disintegration or moisture absorption -common concerns with mass insulation
8.Easier to install than fiberglass - can be stapled, nailed, glued or sewn
9.Not a nesting material for rodents, birds or insects
10.Non Toxic & Asthma Safe
11.The products comply with the Australian Building Code Requirements for fire safety
