This is a roof covering product which enables the necessary water and heat insulation needed in the roofs with 1,5% slope and has a high fire endurance performance. Compared to the on-site applications, it is much faster, easier and more economical. In N5T Membrane Roof Panel, the membrane is stuck to the metal instead of a filling material. It has high compression strength. The membrane prevents any change of shape, mark and foldings that may occur on the surface and creates a visual advantage and increases the load bearing capacity. It has PVC and TOP membrane options.
N5TM MEMBRANE ROOF PANEL
- Class A acoustic absorption performance and high acoustic insulation performance.
- Moreover, it can be used safely in the buildings where there is a high risk of fire and which require maximum fire resistance thanks to its Mineral Wool filling material.
- It is a roofing material manufactured from rock wool filled sandwich panel with membrane bonded to the upper metal.
- Since the structure of the lower metal consists of 5 ribs, it has a high carrying capacity.
- By the combination of the lower and upper metals, the integrity of the core material is preserved and a multi-layered composite structure is formed.
- Thanks to this composite structure; It has a high carrying capacity due to the compression, tensile and shear strength it shows.
- In addition to the lateral overlap of the lower metal after the joint, the joint of the upper metal with the tongue-and-groove ensures that the coating works as a whole, providing high-level static strength performance.
- During the assembly, the sandwich panel is fixed to the construction via the upper metal. Since complete joint is provided at every point, there is no risk of separation of the Membrane Upper Metal layer. Deformation of the core filling material is prevented.
- Since it does not require pre-drilling; It provides an advantage by speeding up the assembly even more.
- The fastener connection element with mechanical fixation grasps the upper metal and remains under the welded membrane ear. Since the screw remains under the membrane; it is not exposed to external environmental conditions that will create a corrosive effect. The absence of corrosion extends the life of the material.
- -nlike on-site application systems, architectural visuality is achieved since no screw is visible on the interior ceiling surface.
- Making mechanical fixation starting from the membrane increases the resistance of the membrane against separation, especially due to the increasing wind load in very high structures. Both membrane lamination and mechanical fixation increase the strength by ensuring that the material works holistically along the entire surface.
- The resistance of the laminated surface against deformations offers the opportunity to walk on it during the use of the structure after assembly and during periodic maintenance.
- It is resistant to tears that may occur as a result of cutting and piercing tools falling on it during assembly or in construction site conditions.
- Even if the membrane ruptures, the metal layer underneath prevents the insulation filling material from being directly exposed to external effects. This aspect provides advantages in the use of the structure after assembly and in periodic maintenance. This makes the material longer lasting.
- It can be used on roofs with a minimum slope of 1.5%.
- In cases where the panel length is not sufficient on the same scissor arm, the panels are applied by overlapping them lengthwise.
- Since the composite system is produced with continuous line technology, it is more reliable than on-site application systems in terms of quality performance.
- It offers easier and faster assembly compared to on-site application systems.
Architectural Solutions with Membrane Rockwool Sandwich Panel
Unlike on-site application systems, architectural visuality is achieved since no exposed screws are visible on the interior ceiling surface.
Performing mechanical fixation starting from the membrane increases the resistance of the membrane against separation, especially in very high structures due to increased wind load. Both membrane lamination and mechanical fixation increase the strength by ensuring that the material works holistically across the entire surface.The resistance of the laminated surface against deformations offers the opportunity to walk on it during the use of the structure after assembly and during periodic maintenance.
It is resistant to tears that may occur as a result of falling on cutting and piercing tools during assembly or in construction site conditions.
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Product Information
Production Plant
Balıkesir
Favourable Width
1000 mm
Minimum Length
3 meters
Maximum Length
Depends on Transport Conditions
Mineral Wool Density
100 (±10) kg/m3
Mineral Wool Thickness
50-60-70-80-100-120-130-150 mm
Heat Insulation Coefficient
0,043 W/ Mk
Mineral Wool Inflammability Class (EN 13501-1)
A1
Water Absorption
By Volume %2
Heat Resistance
600 ºC
Acoustic Insulation
30
Vapour Diffusion Resistance (EN 12086)
1
