Short construction time
Construction takes much less time than with traditional building methods.
Timber houses · STEICO system
We build timber-frame houses for generations
Healthy, warm and energy-efficient homes built by a family business with over 15 years of experience in Poland and Sweden.
- Over 15 years of experience
- Natural materials
- Free quote
Why Skan-Pol
Why build your home with us?
Care for the environment
Timber-frame construction supports environmental protection.
Lower energy bills
Timber-frame houses are energy efficient.
Years of experience
We have been building timber-frame houses for over 15 years.
Natural materials
Wood is the healthiest material for building a home.
Family business
We are a family business with traditions spanning generations.
15+years of experience
About us
For the love of wood
We have specialised in building timber-frame houses for over 15 years.
We gained experience in both the Swedish and Polish markets, but our love of wood goes back generations. We are a family business sharing the same values and passions. We build healthy, energy-efficient homes using the best solutions available to us.
Get to know usOur services
From the frame to a finished home
Construction
Timber-frame houses
Complete delivery of an energy-efficient home using the proven STEICO system.
Explore the scope
Technology
STEICO system
Natural materials, excellent insulation and a healthy indoor climate all year round.
Explore the systemHow we work
A clear process from the first conversation to handover
Conversation
We learn about your needs, plot and design.
Estimate
We prepare a clear scope of work and cost estimate.
Preparation
We agree on the technology, materials and schedule.
Construction
We carry out the work to the agreed standard.
Handover
We check every detail and hand over your home.
Our projects
Homes already built
Selected Google reviews
What clients say about Skan-Pol
Real experiences from clients who entrusted us with building their homes.
★★★★★
Google“Efficient and professional.”Kasia Ch5/5 review on Google
★★★★★
Google“Stands out from the competition.”Honorata Gawlas5/5 review on Google
★★★★★
Google“We are happy with the result.”Robert J5/5 review on Google
★★★★★
Google“Highly recommended.”Rafał Łuniewski5/5 review on Google
★★★★★
Google“We sincerely recommend them!”Seba Seba5/5 review on Google
★★★★★
Google“I definitely recommend this company.”Natalia Konecka5/5 review on Google
★★★★★
Google“Thoroughly professional.”Janusz O5/5 review on Google
★★★★★
Google“Everything as agreed.”Tadek Kobek5/5 review on Google
Technology explained
See what is inside
Select building elements and layers to explore timber-frame construction.
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
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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
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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
Guide
Timber-frame knowledge — Polish-language blog
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Get a preliminary estimate for your house
Choose the floor area, house type, roof and garage. We will send your estimate by email.