TRASPIR 110
HIGHLY BREATHABLE MEMBRANE
The highly breathable membrane TRASPIR 110 is designed to optimise wind tightness by limiting the unconditional passage of air to protect the structure from the entry of cold draughts in winter or hot draughts in summer.
Description
Certified by SINTEF for enhanced quality assurance and by the French CSTB in class R1, it consists of a microporous film and polypropylene protective layers. TRASPIR 110 can be applied to both the external and internal sides of walls and roofs. It is also available in a 3-metre version for even faster installation times. TRASPIR 110, the highly breathable, strong and lightweight membrane for roof and wall installation
TRASPIR 110
| CODE | description | tape | H
[m]
|
L
[m]
|
A
[m²]
|
H
[ft]
|
L
[ft]
|
A
[sft]
|
pcs./pallet |
|---|---|---|---|---|---|---|---|---|---|
| T110 | TRASPIR 110 | - | 1.5 | 50 | 75 | 4' 11'' | 164 | 807 | 42 |
| T11030 | TRASPIR 110 3m | - | 3 | 50 | 150 | 9' 10 1/8'' | 164 | 1615 | 36 |
Technical Data
| Property | Standard | Tested Values | USC Conversion |
|---|---|---|---|
| Mass per unit area | EN 1849-2 | 112 g/m² | 0.37 oz/ft² |
| Thickness | EN 1849-2 | 0,4 mm | 16 mil |
| Water vapour transmission (Sd) | EN 1931 | 0,03 m | 116.55 US perm |
| Tensile strength MD/CD | EN 12311-1 | 250 / 165 N/50mm | 29 / 19 lbf/in |
| Elongation MD/CD | EN 12311-1 | 50 / 70 % | - |
| Resistance to nail tearing MD/CD | EN 12310-1 | 115 / 135 N | 26 / 30 lbf |
| Watertightness | EN 1928 | class W1 | - |
| Water vapour transmission (dry cup) | ASTM E96/ E96M | 101 US perm | - |
| Water vapour transmission (dry cup) | ASTM E96/ E96M | 5810 ng/(s·m²·Pa) | - |
| Resistance to temperature | - | -40 / 80 °C | -40 / 176 °F |
| Reaction to fire | EN 13501-1 | class E | - |
| Resistance to penetration of air | EN 12114 | < 0,02 m³/(m²·h·50Pa) | < 0.001 cfm/ft² at 50Pa |
| Thermal conductivity (λ) | - | 0,3 W/(m·K) | 0.17 BTU/(h·ft·°F) |
| Specific heat | - | 1800 J/(kg·K) | - |
| Density | - | ca. 275 kg/m³ | - |
| Water vapour resistance factor (μ) | - | ca. 75 | - |
| UV stability | - | 336h (3 months) | - |
| Water column | ISO 811 | > 280 cm | > 110 in |
| Watertightness after artificial ageing | EN 1297 / EN 1928 | class W1 | - |
| After artificial ageing - Tensile strength MD/CD | EN 1297 / EN 12311-1 | 220 / 145 N/50mm | 25 / 17 lb/in |
| After artificial ageing - elongation | EN 1297 / EN 12311-1 | 40 / 60 % | - |
| Flexibility at low temperatures | EN 1109 | -30 °C | -22 °F |
| VOC | - | not relevant | - |
| Tensile strength MD/CD | ASTM D828 | 4,67 N/mm | - |
Composition
| TOP LAYER | non-woven PP fabric |
|---|---|
| middle layer | PP breathable film |
| BOTTOM LAYER | non-woven PP fabric |
Specifications
TRASPIR 110
Supply and installation of highly breathable membrane, Type TRASPIR 110.
Composition
From top layer to bottom layer:
non-woven PP fabric;
PP breathable film;
non-woven PP fabric.
Properties
Mass per unit area [g/m²]: 112
Thickness [mm]: 0,4
Water vapour transmission (Sd)[m]: 0,03
Tensile strength MD/CD [N/50 mm]: 250/165
Elongation MD/CD [%]: 50/70
Resistance to nail tearing MD/CD [N]: 115/135
Watertightness: class W1 (EN 1928)
Reaction to fire: class E (EN 13501-1)
Resistance to temperature [C°]: -40/80
UV stability: 336h (3 months)
VOC [%]: not applicable
Standards and certifications
CE marked in accordance with EN 13859-1/2
LCA
EPD
AUS 4200.1 Class 4
ASTM
Description
The application surface must be dry, free of dust and grease. Surface elements must be removed so that the membrane is not damaged during application.
It has passed water penetration resistance testing, guaranteeing a waterproof barrier at 300 Pa, making it the ideal solution for providing temporary protection during construction and in the event of accidental breaks in the cladding.
Recommended use: direct UV protection is guaranteed. Installation is therefore permitted on both the internal and external sides of the building envelope.
Installation: Unroll the membrane and seal using tape such as: FLEXY BAND, FLEXY BAND UV, SPEEDY BAND, or EASY BAND.
Ensure that the overlap between the membranes is at least 15 cm to achieve an optimal seal.
To ensure correct and professional installation, the use of a nail sealing point is required.
Further details regarding installation can be found in the specific instructions provided by the supplier.