TEP-OK-01 Roofs
Low-slope bituminous roof options
A request for a bituminous roofing quotation starts with the whole roof build-up. The name of the cap sheet alone does not define a suitable solution or the scope of work.
RESOURCE LIBRARY
Guides and construction details.
TEP Roof Oy’s resources for preparing your project. Explore the options or start with your project and we will compile relevant guides into a downloadable document pack.
TEP ROOF OY · GUIDES
From options to delivery together.
Our concise guides help you compare solutions and prepare the information for a discussion with TEP Roof.
Selection guides
Options for the complete roof build-up and information for preparing your project.
TEP-OK-02 Roofs
Thermal insulation options
Mineral wool, PIR, EPS and expanded clay serve different roof build-ups. Compare the whole roof assembly, rather than insulation board prices alone.
TEP-OK-03 Roofs
Structural deck and vapour control layer
The load-bearing structure, the substrate for the vapour control layer and the substrate for the waterproofing are different things. Establish their compatibility before selecting materials and installation methods.
TEP-OK-04 Roofs
Roof refurbishment methods
The extent of refurbishment is selected on the basis of an assessed condition. Record the existing build-up, the cause of damage and the intended new build-up separately.
TEP-OK-05 Roofs
Roof drainage and junctions
Drainage, penetrations and edge junctions are essential to roof performance. They form part of the same design as the waterproofing itself.
TEP-OK-06 Project requirements
Fire and moisture requirements
Fire classification and special requirements are design inputs. An individual selection in the project planner does not approve a product or a combination of layers for the project.
TEP-OK-07 Podium decks
Podium deck waterproofing
Podium deck waterproofing is usually covered by the surface build-up. Establish the intended use, loads, drainage and inspections before installing the covering layers.
TEP-OK-08 Foundation waterproofing
Foundation and foundation wall waterproofing
Foundation protection is selected according to ground conditions, water exposure and the use of spaces below ground. Waterproofing and the surrounding drainage work together.
TEP-OK-09 Roofs
PVC roofing options
PVC roofing is one waterproofing option for a low-slope roof. Specify it as a complete system, including fixing, junctions and the underlying layers.
Material and installation guides
More detail on thermal insulation and vapour control options for different structural decks.
TEP-MK-01 Roofs
Mineral wool roof insulation
Here, a mineral wool substrate means the roof insulation beneath the waterproofing. It is distinct from the load-bearing metal, concrete or timber structure. The function and position of the board determine the product required.
TEP-MK-02 Roofs
PIR insulation on low-slope roofs
PIR is a rigid thermal insulation whose low thermal conductivity can reduce the required build-up thickness. Select the insulation facing and the waterproofing above it as a compatible combination.
TEP-MK-03 Roofs
Expanded clay roofs with additional insulation
Expanded clay can provide thermal insulation and form roof falls. It generally forms a ventilated layer. The load-bearing structure, vapour control layer and actual waterproofing substrate are specified separately.
TEP-MK-04 Roofs
Vapour control in a profiled metal deck roof
Profiled metal decking alone does not determine the vapour control layer. First establish the surface on which it will be installed and the loads and exposure it will face during construction and use.
TEP-MK-05 Roofs
Vapour control on a concrete deck
On a concrete roof deck, the slab type, surface and moisture condition, and ventilation of the build-up above affect vapour control selection. A concrete surface alone does not establish airtightness at junctions.
TEP-MK-06 Roofs
Vapour control in timber roof construction
A timber substrate may mean a structural timber board or a ventilated trussed roof. Vapour control position and installation differ between these, so timber alone does not identify the solution.
TEP Roof Oy’s own compilation of industry and manufacturer guidance. Each guide lists its sources, version and date. Guide catalogue 1.2 · 19 October 2026.
Construction drawings and details
35 resources · PDF · Finnish
YP 100Construction drawing · Finnish
Roofs · Mineral wool
Mineral wool on a hollow-core slab: OL-LAM
YP 101Construction drawing · Finnish
Roofs · Mineral wool
Mineral wool on a hollow-core slab: OL-P
YP 102Construction drawing · Finnish
Roofs · Mineral wool
Mineral wool on a double-tee slab: OL-LAM
YP 103Construction drawing · Finnish
Roofs · Mineral wool
Mineral wool on a double-tee slab: OL-P
YP 104Construction drawing · Finnish
Roofs · Mineral wool
Mineral wool on a profiled steel deck: OL-LAM
YP 105Construction drawing · Finnish
Roofs · Mineral wool
Mineral wool on a profiled steel deck: OL-P
YP 200Construction drawing · Finnish
Roofs · PIR
FF-PIR on a hollow-core slab
YP 201Construction drawing · Finnish
Roofs · PIR
FF-PIR on a profiled steel deck
YP 202Construction drawing · Finnish
Roofs · EPS
FF-EPS 60S on a hollow-core slab
YP 203Construction drawing · Finnish
Roofs · EPS
FF-EPS S60 on a profiled steel deck
YP 300Construction drawing · Finnish
Roofs · PIR
Ventilated build-up: Kingspan Therma
YP 301Construction drawing · Finnish
Roofs · PIR
Ventilated build-up: Kingspan Therma
YP 400Construction drawing · Finnish
Roofs · Expanded clay aggregate
Ventilated expanded clay aggregate build-up
YP 401Construction drawing · Finnish
Roofs · Expanded clay aggregate / EPS
Ventilated build-up: expanded clay aggregate and Platina
YP 402Construction drawing · Finnish
Roofs · Expanded clay aggregate
Correcting roof falls with expanded clay aggregate
YP 500Construction drawing · Finnish
Roofs · Timber-deck roofs / Mineral wool
Timber-deck roof: blown or soft mineral wool
YP 600Construction drawing · Finnish
Roofs · EPS
Ventilated build-up: EPS 60S and Alutrix FR
DET 100Detail · Finnish
Roofs · Mineral wool / Roof details
Ventilated eaves: mineral wool substrate
DET 101Detail · Finnish
Roofs · Mineral wool / Roof details
Ventilated eaves: perforated sheet metal, mineral wool substrate
DET 102Detail · Finnish
Roofs · Mineral wool / Roof details
Ventilated wall junction: mineral wool substrate
DET 103Detail · Finnish
Roofs · Expanded clay aggregate / Roof details
Ventilated eaves: expanded clay aggregate roof
DET 104Detail · Finnish
Roofs · Timber-deck roofs / Roof details
Ventilated eaves: timber-deck build-up
DET 200Detail · Finnish
Roofs · Mineral wool / Roof details
Roof outlet: mineral wool substrate
DET 200.1Detail · Finnish
Roofs · Mineral wool / Roof details
Roof outlet installation guide: mineral wool substrate
DET 201Detail · Finnish
Roofs · Expanded clay aggregate / Roof details
Roof outlet: expanded clay aggregate substrate
DET 202Detail · Finnish
Roofs · Roof details
Refurbishment roof outlet: roof renovation
DET 203Detail · Finnish
Roofs · Mineral wool / Roof details
Penetration: mineral wool roof
DET 300Detail · Finnish
Roofs · Mineral wool / Roof details
Passive roof vent: mineral wool roof
DET 301Detail · Finnish
Roofs · Timber-deck roofs / Roof details
Passive roof vent: timber boarding substrate
DET 400Detail · Finnish
Roofs · Roof details
Fire barrier for horizontal surfaces
DET 401Detail · Finnish
Roofs · Roof details
Fire barrier for horizontal surfaces
DET 402Detail · Finnish
Roofs · Roof details
Fire barrier for vertical surfaces
DET 403Detail · Finnish
Roofs · Roof details
Fire barrier for vertical surfaces
DET 500Detail · Finnish
Roofs · Roof details
Movement joint for horizontal surfaces
DET 501Detail · Finnish
Roofs · Roof details
Movement joint for horizontal surfaces
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The construction drawings and details in this library are general examples, not project-specific construction plans. The project’s structural designer is always responsible for checking their suitability and adapting them to the project’s structures, loads and applicable requirements. These resources must not be used for construction without project-specific design and approval.
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