Article Contents:
- City Apartment and Country House: Different Tasks for a Wooden Skirting Board
- Room Physics: What's the Fundamental Difference
- Skirting Board Profile: What to Choose for an Apartment and a House
- Ceiling Height and Profile Selection
- In a City Apartment: Concrete, Straight Corners, and Standard Ceiling Height
- What Makes an Apartment a 'Convenient' Object for Skirting Board Installation
- Features of New Buildings: The First Year is a Focus Area
- Skirting Board for an Apartment: What Influences Profile Choice
- In a Country House: Shrinkage, Uneven Walls, and Temperature Fluctuations
- Wooden House Shrinkage: Why It Changes Everything
- Uneven Walls: When the Skirting Board Doesn't Fit
- Temperature Fluctuations and Their Consequences
- Sliding Fasteners: A Mandatory Requirement for a Wooden House
- How to Nail a Wooden Skirting Board to a Concrete Wall
- Tools and Consumables for Installing Skirting Board on Concrete
- Step-by-Step Guide: How to Nail a Wooden Skirting Board to a Concrete Wall
- Alternative to Dowels: Installation on Liquid Nails + Dowels
- How to Attach Skirting Board to a Wooden Wall
- Wooden Wall - Easier Than Concrete. But Not Without Nuances
- Fastening with Self-Tapping Screws to a Wooden Wall
- Fastening with Nails: When Appropriate
- Installation with Adhesive on a Wooden Wall
- Fasteners for Different Substrates: Brick, Aerated Concrete, Wood
- Brick Wall
- Aerated Concrete and Foam Concrete
- Wooden Wall (Timber, Log, Frame)
- Comparative Table of Fasteners by Substrate Type
- Special Situations: Uneven Walls, Wide Skirting Board, Complex Corners
- What to do with an uneven wall in an apartment
- External corners: the most injury-prone area
- FAQ: answers to popular questions about wooden skirting boards for apartments and houses
- About the Company STAVROS
Two completely different questions hide behind one search query. 'Which wooden skirting board should I choose?' asks the owner of a city apartment in a panel five-story building and the owner of a timber house in the Moscow region. But the correct answer for each of them is different. Because city apartments and country houses have different wall physics, different temperature and humidity dynamics, different geometry, and different requirements for fasteners.
Wooden baseboard— is not a detail to which universal advice applies. The correct skirting board for an apartment and the correct skirting board for a wooden house are different solutions in terms of profile, mounting method, and base preparation. Understanding this means doing everything right once, without rework and unpleasant surprises.
City apartment and country house: different tasks for wooden skirting boards
Room physics: what is the fundamental difference
A city apartment is a stable environment. A reinforced concrete frame or panel does not settle after construction (well, or the settlement is so small that it is practically imperceptible). Walls made of concrete and brick hardly move: in winter and summer, the corner converges to the same place. The temperature in a heated apartment is plus or minus 2–3 degrees all year round. Humidity is 35–55%, with a peak in winter at its minimum (central heating dries the air).
A country house made of wood is a completely different story. Any wooden house settles: timber houses have up to 5–7 years of active settlement, log houses up to 3–5 years. In the first year, a log house made of fresh wood can 'settle' by 6–10 cm in height. Walls are alive: in frost, wood contracts; in hot, humid summers, it expands. A corner that is straight in December is slightly different in July. Gaps and cracks between log elements are not defects but the norm.
This means: a wooden skirting board in a country house is not just 'nailed to the wall and forgotten.' It is an element that must work under conditions of constant movement of the entire structure.
Our factory also produces:
Skirting board profile: what to choose for an apartment and a house
For a city apartment:
An apartment with even walls and stable geometry is ideal conditions for any profile. You can choose based solely on aesthetics: the classic figured K-009 for an apartment with high ceilings (2.9–3.2 m), the laconic K-034 for a modern interior, the monumental K-066 for a large living room.
For a country wooden house:
Here, a margin for settlement is important — sliding fasteners, a gap in the upper part of the skirting board (under the ceiling and near doorways), which is covered with a casing or overlapping strip. The skirting board near the floor, on the contrary, is mounted stationary to the floor (not to the wall!). The floor and wall move differently: the wall 'moves,' the floor is relatively stable. A skirting board nailed to the floor remains in place; the gap between the skirting board and the wall 'opens' and 'closes' seasonally — this is normal and is sealed with acrylic sealant.
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Ceiling height and profile selection
| Ceiling height | Type of housing | Recommended skirting board height | STAVROS profile |
|---|---|---|---|
| 2.5–2.7 m | Apartment (old stock) | 40–60 mm | K-034, K-125, K-105 |
| 2.7–2.9 m | Apartment (typical) | 60–80 mm | K-006, K-016, K-011 |
| 2.9–3.2 m | Apartment (new construction), suburban | 80–100 mm | K-009, K-018 |
| 3.2–3.8 m | Suburban house | 100–140 mm | K-010, K-066 |
| Above 3.8 m | Suburban house, mansion | 140–200+ mm | K-104 |
In a city apartment: concrete, straight corners, and standard ceiling height
What makes an apartment a 'convenient' object for baseboard installation
An apartment is an ideal environment for wooden baseboards for several reasons:
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Straight walls. Walls made of reinforced concrete panels or brick with quality plaster are straight and without significant irregularities.Wooden skirting board K-series STAVROSOn a straight wall, it fits tightly along its entire length without gaps.
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Straight corners. In monolithic houses, corners are 90 degrees with an accuracy of ±1–2 mm. Corner joints of the baseboard turn out clear and neat.
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Stability. Walls do not move, settlement is complete. A baseboard, once installed, remains unchanged.
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Climate. A heated apartment with an equilibrium wood moisture content of 8–10% provides normal conditions for baseboards made of kiln-dried solid wood.
Features of new constructions: the first year is a period of attention
In new monolithic and brick-monolithic buildings, slight settlement may occur during the first 1–2 years after the house is handed over. This is not the settlement of a wooden house—the scales are incomparable. However, small micro-cracks in the screed and joints are possible. Practical consequence: in the first year after purchasing an apartment in a new building, small gaps in baseboard joints are not a defect in installation but a result of micro-movements of the structure. They can be sealed with acrylic sealant.
Tip: in a new building for the first year, use acrylic sealant in the joints instead of rigid putty: the sealant remains elastic and does not crack during movements.
Baseboard for an apartment: what influences the choice of profile
For an apartment with turnkey finishing, the baseboard profile is chosen to match the interior style:
Scandinavian, minimalist style. Baseboard K-034 (40 mm) or K-125 (45 mm) — concise, almost unnoticeable. Painted to match the wall color (white, light gray). The goal is not to attract attention.
Modern classic, neoclassical. Baseboard K-009 (90 mm) or K-018 (100 mm) — classic shaped profile. White or matching the parquet. Creates an architectural foundation for the interior.
Classic, palace style. Baseboard K-066 (140 mm) or K-104 (170+ mm) — monumental. Only for rooms with a ceiling height from 3.2 m.
Loft, industrial style. Baseboard K-034 or K-006 with a rectangular cross-section, painted dark gray or black. Creates a graphic contrast.
In a suburban house: settlement, uneven walls, and temperature fluctuations
Settlement of a wooden house: why it changes everything
The main factor that makes the installation ofwooden baseboard in a wooden housefundamentally different is settlement. Wood dries out, losing moisture, and the house 'settles'. For different types of houses:
| Type of house | Wall material | First-year shrinkage | Total shrinkage |
|---|---|---|---|
| Timber with natural moisture content | 150×150, 200×200 | 4–6 cm | 8–12 cm |
| Profiled timber | 150×150, 185×185 | 2–4 cm | 5–8 cm |
| Glued laminated timber | 150×150, 190×190 | 0.5–1 cm | 1–2 cm |
| Rounded log | Ø 200–280 | 5–8 cm | 10–15 cm |
| Frame house | OSB + insulation | <0.5 cm | <1 cm |
Frame house — practically no shrinkage, works like a city apartment. Glued laminated timber — minimal shrinkage, risks are low. Timber with natural moisture content and logs — active shrinkage over 3–7 years: here the baseboard requires a special approach.
Uneven walls: when the baseboard doesn't fit flush
In a log house, the walls are cylindrical logs. The wall at the floor is not a flat plane but a rounded surface. A straight baseboard cannot fit tightly against such a wall: it only makes contact at two points on each log, with gaps in between.
Solutions:
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Wide baseboard (100–140 mm): due to its height, it covers more of the log's surface area. Fits more tightly.
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Acrylic sealant along the top edge of the baseboard: fills gaps between the baseboard and the log. The sealant is elastic and doesn't crack when the wall moves.
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Separate cove molding over the main baseboard: a decorative overlay strip covers the gap between the baseboard and the wall.
Temperature fluctuations and their consequences
Unlike a city apartment, a country house is often not constantly heated — especially a weekend cottage. In winter, it might be +5°C or even below freezing; on Friday evening, the owners turn on the heating, and by Saturday morning it's +22°C. Such a cycle is stressful for wood.
Wooden baseboard under such conditions:
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When freezing, it absorbs moisture from the air (or releases it when drying)
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When heated rapidly, it "cracks" the finish: the varnish cracks due to the difference in expansion between the wood and the hard varnish film
Conclusion: for a house with intermittent heating, an oil-finished baseboard (Osmo, Rubio Monocoat) is preferable to a varnished one. Oil impregnates the wood without creating a hard film, so it doesn't crack with temperature fluctuations.
Sliding fasteners: a mandatory requirement for a wooden house
In a wooden house with active settling, the baseboard cannot be rigidly attached to both the floor and the wall simultaneously. If nailed to both, the wall pulls the baseboard downward during settling, deforming it or pulling out the fasteners.
Rule: In a wooden house, the baseboard is attached only to the floor. It is either not attached to the wall at all, or attached via a sliding holder (an oval hole instead of a round one, so the screw can move as the wall settles).
The gap between the top edge of the baseboard and the wall (which increases with settling) is covered by a decorative molding nailed only to the wall—the molding 'rides' down with the wall and continuously covers the gap.
How to nail a wooden baseboard to a concrete wall
Tools and consumables for installing a baseboard on concrete
Concrete walls are the most common type of substrate in urban apartments. You can't hammer a nail here, and adhesive alone won't hold a heavy, solid baseboard—you need a hammer-in anchor and a rotary hammer.
Required tools:
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Rotary hammer with a concrete drill bit, 6 or 8 mm in diameter
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Drill or screwdriver
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Miter saw or miter box with a handsaw
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Tape measure, pencil, square
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Brush or rag (for removing dust from holes)
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Hammer
Consumables:
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Hammer-in anchor: 6×60 mm or 8×80 mm—for baseboards up to 100 mm tall; 8×100 mm—for baseboards 100–140 mm tall
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White acrylic sealant (for sealing the top seam between the baseboard and the wall)
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Wax pencils or cork plugs (for concealing fastener holes)
Step-by-step instructions: How to nail a wooden baseboard to a concrete wall
Step 1: Marking and cutting the strips.
Measure the perimeter of the room, draw a plan on paper indicating corners and doorways. Calculate the cutting of the strips (how to get the required lengths from the available 2.2-meter strips with minimal waste).
Cut the strips with a miter saw: straight joints at 90° on straight walls, mitered joints at 45° for internal and external corners.
Step 2: Marking holes for fasteners.
Place the first strip against the wall, align it. Mark fastener points with a pencil:
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Spacing between anchors: 40–50 cm (for heavy baseboards 100+ mm tall—30–40 cm)
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Distance from ends: first and last hole—5–7 cm from the edge of the strip
Fastener points—in neutral areas of the profile (not on protruding edges where the wood may split, but on the main vertical plane of the baseboard).
Step 3: Drilling holes in the baseboard.
Drill completely through the baseboard with a drill and a wood drill bit of the required diameter (6 or 8 mm). Drill vertically, strictly perpendicular to the plane of the baseboard. Countersink or create a recess so the head of the hammer-in anchor sits slightly below the surface. Blow out the holes, remove wood chips.
Step 4: Marking and drilling into the concrete wall.
Place the baseboard against the wall. Through the holes in the baseboard, mark points on the wall with a pencil. Remove the baseboard. Use a rotary hammer with a concrete drill bit to drill holes in the wall, 50–60 mm deep (or according to the anchor length). Remove dust from the holes (blow out or extract with a brush—anchors hold worse in dusty holes).
Step 5: Installing anchors and mounting.
Insert plastic anchors into the holes in the wall (tap lightly with a hammer—flush with the wall surface).
Attach the skirting board. Insert dowel nails into the holes in the skirting board → into the dowels in the wall. Hammer (not a drill! — impact mounting is more reliable for dowels in concrete) until the head is fully flush or slightly below the surface of the skirting board.
Step 6: Filling and finishing.
Holes above dowel nail heads:
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For skirting board to be painted: fill with wood putty, sand, paint.
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For skirting board for varnish or oil: wax pencil matching the skirting board tone, cork or wooden plug.
Top seam of skirting board with wall: white acrylic sealant or matching wall tone → smooth with a wet finger → let dry.
Alternative to dowels: mounting on liquid nails + dowels.
For even walls, combined mounting: polyurethane adhesive (liquid nails) along the entire back side of the skirting board + dowels spaced 60–80 cm apart (fewer dowels than with pure mechanical fastening). The adhesive fills micro-irregularities in the wall, dowels secure until the adhesive dries and ensure long-term reliability. Advantage: fewer holes, tighter fit.
How to attach skirting board to a wooden wall.
Wooden wall — easier than concrete. But not without nuances.
Wooden wall (timber, log, plank) — the simplest type of base for attaching wooden skirting board. No hammer drill needed, no dowels needed: screw or nail goes directly into the wood.
But there are nuances — and they are important specifically for a wooden house.
Fastening with screws to a wooden wall.
Tool: screwdriver or drill. PZ2 bits (for cross-head screws).
Screws: 4×60 mm or 4×70 mm (for skirting board thickness 15–18 mm + penetration into wall 40–50 mm).
Fastener spacing: 40–50 cm.
Feature of wooden wall: wood is a living material. A screw driven into timber experiences significant load during wall shrinkage. If the skirting board is rigidly attached to the wall, and the floor does not move with the wall — deformation is inevitable.
Solution for a house with shrinkage: do not attach skirting board to the wall with screws. Attach only to the floor (if wooden floor — with nails or screws into the joist through the floor, if concrete screed — with dowels).
Solution for a house without shrinkage (frame, glued laminated timber): fastening to the wall with screws is a normal option. Holes for screw heads — decorative plugs or putty.
Fastening with nails: when appropriate.
Fastening with nails — the classic "village" method, hundreds of years old. Finish nails (with small head, 2–2.5 mm) are driven at a 45–60° angle through the front surface of the skirting board into the wall. The head is countersunk with a nail set, the hole is masked with wax.
Advantages of nails over screws when fastening to a wooden wall:
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With slight wall shrinkage, the nail "plays" a bit more than a rigid screw — lower risk of skirting board deformation.
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Faster for a craftsman working on long straight sections.
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No drill needed — only hammer and nail set.
Disadvantages:
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Harder to remove without damage.
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Less pull-out strength than a screw.
Mounting with adhesive to a wooden wall.
Adhesive (carpenter's PVA, "Titebond" or polyurethane "Moment Montage") as the primary method of fastening to a wooden wall — only for a stable base without shrinkage. On plank, in a frame house — acceptable. On timber with shrinkage — no: the wall moves, the adhesive pulls the skirting board, something will tear off or deform.
Fasteners for different bases: brick, aerated concrete, wood.
Brick wall
Brick is a porous material that holds fasteners well but requires the correct type of anchor. Standard expansion anchors hold securely in brick.
| Anchor type | Recommendation |
|---|---|
| Nylon anchor 6×40 + screw 4×50 | For lightweight baseboards up to 70 mm |
| Nail anchor 6×60 | For baseboards 70–100 mm |
| Nail anchor 8×80 | For baseboards 100–140 mm |
| Butterfly anchor | For hollow brick (hit a void) |
Important: when drilling into brick — use non-hammer mode (hammer mode crushes brick and destroys the anchor hole). Only drilling mode with a regular drill or hammer drill without impact.
Aerated concrete and foam concrete
Aerated concrete is one of the most difficult substrates for fasteners. Its porous structure poorly holds standard expansion anchors.
Correct fasteners for aerated concrete:
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Chemical anchor + stud: a two-component polymer adhesive is injected into the drilled hole, then a stud or screw is inserted. The adhesive polymerizes, securely fixing the fastener in the porous structure. The most reliable solution, but the most expensive and labor-intensive.
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Special anchors for aerated concrete (Sormat, Fischer GK, Mungo MQL): expand in the hole differently than standard ones — they mechanically grip the edges of the hole. Significantly better than standard anchors.
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Combined installation: adhesive (liquid nails) over the entire back surface + special aerated concrete anchors spaced 60 cm apart. The adhesive reduces point load on the fasteners.
Prohibited for aerated concrete: standard nylon anchors without special marking for porous materials. In aerated concrete, they 'strip out' under load.
Wooden wall (timber, log, frame)
| Mounting method | Application condition |
|---|---|
| Screws 4×60–70 mm to wall | Frame house, glued laminated timber (no shrinkage) |
| Finish nails to wall | Frame house, glued laminated timber |
| Only to floor (sliding to wall) | Timber with natural moisture, log |
| Adhesive + screws to wall | Frame house (stable substrate) |
Fastener comparison table by base types
| Base | Type of fastener | Anchor diameter | Fastener spacing | Features |
|---|---|---|---|---|
| Monolithic concrete | Nail anchor | 6–8 mm | 40–50 cm | Drill with hammer drill |
| Cellular concrete (aerated concrete) | Anchor for porous materials | 8–10 mm | 30–40 cm | Chemical anchor — best option |
| Solid brick | Nylon anchor + screw | 6–8 mm | 40–50 cm | Without hammer mode |
| Hollow brick | Butterfly anchor | 8 мм | 40 см | In hollow spaces — only "butterfly" anchor |
| Wood (frame, glued laminated timber) | Self-tapping screw | — | 40–50 cm | Without anchor |
| Wood (timber with shrinkage) | To floor: anchor or screw into joist | 6–8 mm | 40–50 cm | To wall — do not fasten! |
| Drywall (gypsum board) | "Molly" anchor or into profile | 8 мм | 30–40 cm | Into profile — 4×35 mm screw |
Special situations: uneven walls, wide baseboard, complex corners
What to do with an uneven wall in an apartment
Wall with deviation over 5 mm per 2 meters — problem for any baseboard, especially wide ones. Gap between baseboard and wall will be visible.
Three solutions:
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Level the wall before installing baseboard (plaster, putty). Correct approach, but labor-intensive and costly.
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Acrylic sealant along the top edge of the baseboard: masks gaps up to 3–4 mm. Quick, inexpensive, effective.
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Wide baseboard + cove molding:wide baseboard K-066 or K-104+ applied cove molding along the top edge structurally covers the gap.
External corners: the most injury-prone area
External corner (protruding) — the spot where wooden baseboards receive impacts. In the hallway, corridor, near doorways. Here, the 45° joint is sharp and vulnerable. Practical solutions:
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Metal decorative corner for external corners (aluminum or steel matching the baseboard color): conceals the joint and protects the sharp corner from chipping
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Rounded profile instead of sharp: planks in external corners are joined not at 45° with a sharp edge, but with a slight rounding — more resistant to impacts
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Wooden corner block: an additional wooden element for the corner, precisely machined to match the baseboard profile and covering the joint
FAQ: answers to popular questions about wooden baseboards for apartments and houses
Can I install wooden baseboard myself without experience?
Yes — for a city apartment with even walls and straight corners. Tools: miter saw (can be rented), hammer drill (can be rented), screwdriver. The key is precise corner cutting and correct choice of fasteners for the wall type. For a country house with settling — it's advisable to hire a craftsman experienced with wooden houses.
Should baseboard be glued in an apartment, or are dowels enough?
Dowels — reliable and sufficient fastening for an apartment. Glue adds tightness of fit and acts as insurance against gaps at uneven walls. The combination "glue + dowels" — the optimal option for heavy, wide baseboards.
Can baseboard be installed in a wooden house immediately after construction?
No — if the house is made of naturally moist timber or logs. You need to wait for the completion of active settling (1–3 years depending on the type and moisture content of the wood). Early installation — guaranteed baseboard deformation. Exception: glued laminated timber and frame houses — can be installed immediately.
How to mask the gap between baseboard and wall in a log house?
Acrylic sealant (elastic) along the top edge — the most practical option. The sealant retains elasticity during wall movement, doesn't crack. Refresh annually if necessary.
Does baseboard need acclimatization before installation?
Absolutely. In an apartment: 3–5 days in the installation room. In a country house that isn't constantly heated: deliver the baseboard and let it acclimate for 7–10 days with heating on and at the temperature at which it will be used.
About the company STAVROS
The right choice of baseboard starts with the right manufacturer.Wooden skirting board K-series STAVROSmade from kiln-dried solid oak and beech (moisture content 8–10%) works equally well in both city apartments and country houses. Over 30 profiles: from the minimalist K-034 for modern minimalism to the monumental K-104 for houses with 4+ meter ceilings.
In a unified ensembleof STAVROS wooden decor: Carved Mouldingsfor doorways,KZ-series cornicesfor ceilings,decorative rose outletsandWooden furniture handles. One wood species — one tone — one source. Samples: 180 rub./set (credited towards order). Consultation on profile selection and fasteners for your room type: 8 (800) 555-46-75.
STAVROS — wooden baseboard for apartments and country houses: from 40 to 200 mm, from kiln drying to ready delivery to site.