Consultation
We discuss your design, plot and expected standard.
Complete delivery
Building a timber-frame house
From design review through the frame and insulation to the finish agreed with you — with one accountable contractor.
Skan-Pol services
A healthy home on solid foundations
We specialise in energy-efficient timber-frame houses using natural materials from the STEICO system.
We treat every project individually. We assess the design, your expectations and the site conditions, then present a clear scope of work and estimate.
- Foundation slab and site preparation
- Frame made from certified C24 timber
- Insulation, building elements, roof and facade
- Windows, doors, services and finishing work within the agreed scope
Working together: the stages
You know what happens next
Assessment
We check the documentation and select the construction systems.
Estimate
You receive a clearly defined scope and an indicative schedule.
Project
We manage construction with quality checks at every stage.
Handover
Together, we inspect the result and hand over the agreed work.
Technical solutions
Explore the structure layer by layer
The interactive sections show how the walls, floors, roof and foundation are built.
Preparing the 3D model…
3D is not available in this browser. You can still view the drawing and all layer descriptions.
Layer 1 of 10
Sub-base — medium sand mechanically compacted to Is = 0.97
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Cold waterHot waterDrainage
Controls and 2D drawing
Selected layer1 / 10
Sub-base — medium sand mechanically compacted to Is = 0.97
Use + and − to zoom in or out. You can also rotate the model using the arrow buttons.
Details informed by photographs of one of our projects. This is an illustrative model; services are shown through the layers to make their routes clear.
The white loop shows underfloor heating in the floor screed, above the insulation and foil, not within the structural reinforced-concrete slab. Pipe spacing, thicknesses and routing are illustrative and must be specified for each project.
The services illustrate routing principles, not an installation design. Penetrations, seals and positions require individual design; the image does not indicate drilling locations in the structure.
Foundation slab
Select a number on the drawing to read the layer description.
Section 1 of 7
Foundation slab
Selected layer 1: Sub-base — medium sand mechanically compacted to Is = 0.97
Preparing the 3D model…
3D is not available in this browser. You can still view the drawing and all layer descriptions.
Layer 1 of 10
System thin-coat mineral render
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Electrical conduitsCold waterHot waterDrainage
Controls and 2D drawing
Selected layer1 / 10
System thin-coat mineral render
Use + and − to zoom in or out. You can also rotate the model using the arrow buttons.
Details informed by photographs of one of our projects. This is an illustrative model; services are shown through the layers to make their routes clear.
The services illustrate routing principles, not an installation design. Penetrations, seals and positions require individual design; the image does not indicate drilling locations in the structure.
External wall with render
Select a number on the drawing to read the layer description.
Section 2 of 7
External wall with render
U = 0,12 W/(m²K)
Selected layer 1: System thin-coat mineral render
Preparing the 3D model…
3D is not available in this browser. You can still view the drawing and all layer descriptions.
Layer 1 of 11
Timber facade board
Rotate with one finger and pinch with two to zoom in or out. Swipe outside the model to scroll the page.
Electrical conduitsCold waterHot waterDrainage
Controls and 2D drawing
Selected layer1 / 11
Timber facade board
Use + and − to zoom in or out. You can also rotate the model using the arrow buttons.
Details informed by photographs of one of our projects. This is an illustrative model; services are shown through the layers to make their routes clear.
The services illustrate routing principles, not an installation design. Penetrations, seals and positions require individual design; the image does not indicate drilling locations in the structure.
Wall with timber cladding
Select a number on the drawing to read the layer description.
Section 3 of 7
Wall with timber cladding
U = 0,12 W/(m²K)
Selected layer 1: Timber facade board
Preparing the 3D model…
3D is not available in this browser. You can still view the drawing and all layer descriptions.
Layer 1 of 7
Plasterboard, 12 mm
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Electrical conduitsCold waterHot waterDrainage
Controls and 2D drawing
Selected layer1 / 7
Plasterboard, 12 mm
Use + and − to zoom in or out. You can also rotate the model using the arrow buttons.
Details informed by photographs of one of our projects. This is an illustrative model; services are shown through the layers to make their routes clear.
The services illustrate routing principles, not an installation design. Penetrations, seals and positions require individual design; the image does not indicate drilling locations in the structure.
Internal wall
Select a number on the drawing to read the layer description.
Section 4 of 7
Internal wall
U = 0,38 W/(m²K)
Selected layer 1: Plasterboard, 12 mm
Preparing the 3D model…
3D is not available in this browser. You can still view the drawing and all layer descriptions.
Layer 1 of 5
Ceiling structure — C24 timber, 60×220 mm
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Electrical conduits
Controls and 2D drawing
Selected layer1 / 5
Ceiling structure — C24 timber, 60×220 mm
Use + and − to zoom in or out. You can also rotate the model using the arrow buttons.
Details informed by photographs of one of our projects. This is an illustrative model; services are shown through the layers to make their routes clear.
The services illustrate routing principles, not an installation design. Penetrations, seals and positions require individual design; the image does not indicate drilling locations in the structure.
Ceiling below an unoccupied attic
Select a number on the drawing to read the layer description.
Section 5 of 7
Ceiling below an unoccupied attic
U = 0,08 W/(m²K)
Selected layer 1: Ceiling structure — C24 timber, 60×220 mm
Preparing the 3D model…
3D is not available in this browser. You can still view the drawing and all layer descriptions.
Layer 1 of 7
Plasterboard, 12.5 mm
Rotate with one finger and pinch with two to zoom in or out. Swipe outside the model to scroll the page.
Electrical conduits
Controls and 2D drawing
Selected layer1 / 7
Plasterboard, 12.5 mm
Use + and − to zoom in or out. You can also rotate the model using the arrow buttons.
Details informed by photographs of one of our projects. This is an illustrative model; services are shown through the layers to make their routes clear.
The services illustrate routing principles, not an installation design. Penetrations, seals and positions require individual design; the image does not indicate drilling locations in the structure.
Intermediate floor
Select a number on the drawing to read the layer description.
Section 6 of 7
Intermediate floor
U = 0,14 W/(m²K)
Selected layer 1: Plasterboard, 12.5 mm
Preparing the 3D model…
3D is not available in this browser. You can still view the drawing and all layer descriptions.
Layer 1 of 4
Roof tiles or tile-profile metal roofing
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Controls and 2D drawing
Selected layer1 / 4
Roof tiles or tile-profile metal roofing
Use + and − to zoom in or out. You can also rotate the model using the arrow buttons.
Details informed by photographs of one of our projects. This is an illustrative model; services are shown through the layers to make their routes clear.
This model shows the roof structure. Electrical services are shown in the wall and ceiling sections.
Roof above an unoccupied attic
Select a number on the drawing to read the layer description.
Section 7 of 7
Roof above an unoccupied attic
U = 0,14 W/(m²K)
Selected layer 1: Roof tiles or tile-profile metal roofing
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