TN-ROOF Standard Auto
Traditionally used roof system for vehicle load
- Asphalt concrete on binder polymer-bitumen road
- Reinforced concrete distribution plate
- Heat-treated geotextile 300 g / m2
- Leveling layer (crushed stone with a fraction of 20-40 mm)
- Geotextile needle punched 500 g / m2
- Technoelast EPP
- Technoelast EPP *
- Bitumen primer TECHNONICOL No. 01
- Reinforced cement-sand screed
- Expanded clay concrete
- XPS TECHNONICOL CARBON SOLID 500
- Technobarrier **
- Reinforced concrete base
Alternative materials
* Technoelast FIX
** Bipole EPP | Uniflex EPP | Technoelast ALFA
The system is used on the stylobate parts of the building and the roofs of modern multifunctional and residential complexes, where the roof is an exploited area, which implies the movement of vehicles and the arrangement of parking spaces.
Spreading plate with road surface is laid on a leveling layer of crushed stone with a fraction of 20-40 mm. Before laying the leveling layer of crushed stone between the waterproofing and the crushed stone, a separating layer of geotextile cloth with a weight of 500 g / m2 should be made. Before installing the distribution board, lay a geotextile cloth with a density of at least 300 g / m2 on the leveling sheet. If necessary, the leveling layer of crushed stone can be omitted in the solution.
High-tech and reliable material Technoelast EPP is used in the system for the installation of a waterproofing layer. Technoelast EPP material is laid in two layers on a prepared base made of reinforced cement-sand screed. The main slope of the base under the waterproofing layer is made using expanded clay concrete. The XPS TECHNONICOL CARBON SOLID 500 material is used for the construction of the heat-insulating layer, which is distinguished by high heat-insulating characteristics and increased compressive strength (compressive strength not less than 500 kPa).
As a vapor barrier on a concrete base, the deposited material Technobarrier is used. The technical barrier reliably protects the roofing cake from steam saturation, while being resistant to possible mechanical damage during installation. The flexibility of the material up to minus 20 ° C makes it possible to create a vapor barrier at negative temperatures.
Roofs of residential, administrative and public buildings, including the stylobate part. The system is compatible with the solutions TH-ROOF STANDARD GREEN and TH-ROOF STANDARD GREEN.
DESIGN ACCORDING TO:
- STO 72746455-4.1.1-2020 Insulation systems. Roofs with waterproofing carpet made of rolled bitumen-polymer and polymer materials. Technical description. Requirements for design, materials, products and structures;
- Guidelines for the design and installation of roofs made of bitumen-polymer materials;
- Guidelines for the design and construction of maintained and green roofs.
The system is used on the stylobate parts of the building and the roofs of modern multifunctional and residential complexes, where the roof is an exploited area, which implies the movement of vehicles and the arrangement of parking spaces.
Spreading plate with road surface is laid on a leveling layer of crushed stone with a fraction of 20-40 mm. Before laying the leveling layer of crushed stone between the waterproofing and the crushed stone, a separating layer of geotextile cloth with a weight of 500 g / m2 should be made. Before installing the distribution board, lay a geotextile cloth with a density of at least 300 g / m2 on the leveling sheet. If necessary, the leveling layer of crushed stone can be omitted in the solution.
High-tech and reliable material Technoelast EPP is used in the system for the installation of a waterproofing layer. Technoelast EPP material is laid in two layers on a prepared base made of reinforced cement-sand screed. The main slope of the base under the waterproofing layer is made using expanded clay concrete. The XPS TECHNONICOL CARBON SOLID 500 material is used for the construction of the heat-insulating layer, which is distinguished by high heat-insulating characteristics and increased compressive strength (compressive strength not less than 500 kPa).
As a vapor barrier on a concrete base, the deposited material Technobarrier is used. The technical barrier reliably protects the roofing cake from steam saturation, while being resistant to possible mechanical damage during installation. The flexibility of the material up to minus 20 ° C makes it possible to create a vapor barrier at negative temperatures.
