Moldings for walls and furniture: solid oak/maple or polyurethane - precise application scenarios

Molding is not just a decorative strip. It is a tool that architects and designers use to create spatial rhythm, control light and shadow, and establish visual hierarchy in interiors.Wooden moldingsWood and polyurethane perform similar functions, but each material has unique characteristics that determine optimal application scenarios. Let's examine in detail when choosing wood is justified and necessary, and when polyurethane becomes a more rational solution.

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Role of molding in modern interiors: more than decoration

When talking about moldings, many envision ornate plaster ornaments in palace interiors. However, modern moldings are multifunctional elements that solve a wide range of tasks.

Space zoning - one of the key functions of moldings. With their help, you can visually divide a large wall into separate panels, create framing for decorative coverings of different colors or textures, and highlight functional zones.wooden wall moldingsThey allow creating classic boiserie - wooden panels traditionally used in French and English interiors. Vertical moldings visually raise ceilings, horizontal ones expand the space.

Creating relief and playing with shadows - the second most important function. A flat wall is perceived by the eye as a dull surface. But adding dimensional moldings introduces a third dimension. With proper lighting, profiled strips cast shadows, creating a lively, dynamic surface that changes throughout the day depending on the direction of light.

Narrow moldings create fine, graphic shadows - ideal for minimalist interiors. Wide, deeply profiled moldings produce expressive, contrasting shadows, suitable for classic styles. A properly designed molding system works with both natural and artificial light, creating volume without physically increasing wall thickness.

Lighting effects and architectural lighting - a modern approach to using moldings. Special profiles with technological grooves allow embedding LED strips, creating floating lines of light on walls or ceilings. Such a molding becomes not just decoration, but an element of the lighting system.

Masking defects and joints - a practical function that cannot be overlooked. Molding covers irregularities at junctions of different materials, hides cracks, compensates for finishing errors. It creates a clean boundary where without it there would be an unattractive transition.

Surface protection - especially relevant for furniture moldings. A surface-mounted profile on the edge of a countertop or facade protects it from scratches. A molding around a door takes on impacts and dirt that would otherwise reach the door itself.

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Wooden moldings: warmth of nature and endless possibilities for processing

Decorative wooden moldingsThis is the choice of those who value naturalness, tactility, and the possibility of multiple restorations. Wood as a material for moldings has unique characteristics.

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Variety of profiles and shapes

Wooden moldings are produced by milling solid wood on special machines. The technology allows creating profiles of any complexity - from the simplest quarter-round to multi-step profiles with alternating convex and concave elements.

Simple profiles (rectangular, quarter-round, semi-round) are used in modern interiors where form simplicity is important. Complex profiles (classic, with coves, grooves, protrusions) are for traditional styles. Carved moldings with ornaments - the top level of decoration, handmade work for exclusive projects.

The width of wooden moldings varies from miniature 12 mm (for furniture edges and small details) to impressive 200 mm (for architectural accents, fireplace surrounds, columns). The profile height (overhang from the wall) can range from 3 to 40 mm, creating different shadow depths.

Radius elements: difficult, but possible

One of the difficulties of working with wood is creating curved elements. However, this is achievable. The technology of bending wood with preliminary steaming allows creating radius moldings for arches, bay windows, curved walls.

Beech is especially good for bending - its fine-grained structure allows achieving a bend radius of 400-500 mm without cracking. Oak bends less well due to its coarser structure, but it is suitable for large radii (from 800-1000 mm).

An alternative method - assembling a radius from short straight segments. With a small radius of curvature and proper fitting, joints become practically invisible. This method is used for complex profiles that cannot be bent.

Sanding and surface quality

Wooden molding undergoes multi-stage sanding. Initial processing after milling - coarse abrasives (120-150 grit) to remove milling marks and level the surface. Intermediate sanding (180-220 grit) - for achieving smoothness. Final sanding (280-320 grit) - for preparing for coating.

Quality sanding is critical for subsequent finishing. Any scratches, unevenness, dents will become visible under lacquer or enamel, especially glossy finishes. Professional manufacturers use special sanding machines that replicate the molding profile, ensuring even processing of all areas, including complex relief sections.

Finishing options: from natural to radical

Oil - the most natural finish for wooden molding. It penetrates the wood structure, highlights the texture, and gives a light silk-like sheen. Oil does not create a surface film, leaving the wood "open" and tactilely pleasant. The downside is less protection compared to varnish, requiring periodic renewal.

Wax - a traditional finish for antique and luxury furniture. Wax finish provides a velvet-like surface and deep, warm luster. Requires manual application and polishing, labor-intensive, but the result is unique.

Varnish - a universal finish providing reliable wood protection. Matte varnishes preserve the natural wood appearance, satin finishes add a subtle sheen, and glossy finishes create a mirror-like surface (ideal for formal classic interiors). Water-based varnishes are eco-friendly, while polyurethane-based ones are the most durable.

Staining - an intermediate stage between natural and painted wood. Stains and toners alter the wood color while preserving visible texture. Light beech can be darkened to walnut, oak can be given a graphite tone, or a whitewashed effect can be created.

Enamel - a covering paint that completely hides wood texture. Used when color matters more than material. White enamel moldings are classic for Scandinavian style and American neoclassicism. Colored enamels allow creating bright accents or painting moldings to match wall color.

Patination - a technique of artificial aging. The base tone (usually light) is covered with patina (dark paint), which is rubbed off, leaving only in the recesses of the relief. This creates an effect of noble antiquity, emphasizing the profile's volume.

Polyurethane moldings: triumph of geometry and technology

Moldings made of polyurethaneHave conquered the market due to their combination of affordable price, ease of installation, and vast design possibilities. Modern polyurethane moldings are high-tech products produced by injection molding.

Ideal geometric stability

The main advantage of polyurethane is absolute geometric stability. Polyurethane's coefficient of thermal expansion is minimal, and moisture absorption is practically zero. This means that a molding installed in a room with 40% humidity and 22 degrees Celsius will retain its dimensions even if conditions change to 80% humidity and 30 degrees Celsius.

For wood, such fluctuations are critical - it expands with increased humidity and contracts with decreased humidity. A properly dried and treated wooden molding minimizes these changes, but does not eliminate them entirely. Polyurethane, however, is absolutely inert.

This stability is critical for humid areas (bathrooms, kitchens, pools), unheated spaces (verandas, balconies), and facade decoration. Everywhere where operating conditions deviate from ideal room conditions (20-22 degrees Celsius and 50% humidity), polyurethane demonstrates clear superiority.

Flexible solutions: decoration for complex shapes

A revolutionary feature of polyurethane moldings is the availability of flexible versions (flex-moldings) for most collection models. A flexible molding can be bent to a radius of 30-40 cm (depending on profile width and thickness) and fixed onto a curved surface.

This opens incredible possibilities. Decorating round columns with a single seamless molding without joints. Decorating arched openings with a smooth line. Creating wavy ceiling compositions. Framing oval mirrors and panels. What would require complex technological operations or numerous small joints with wood, with polyurethane is solved simply and elegantly.

Important nuance: flexible moldings are slightly more expensive than rigid counterparts (by 30-50%), but the time saved during installation and the absence of complex fitting more than compensate for this.

Variety and detail of ornamentation

Injection molding technology allows reproducing the finest details with perfect accuracy. Complex classical ornaments - acanthus leaves, rosettes, meanders, scrolls - are achieved with clarity unattainable with hand-carved wood.

Each item from the same batch is absolutely identical to the previous one - the precision of the mold guarantees repeatability. This is critical for large-scale projects where dozens of meters of molding are used - the geometry will be flawless throughout.

Polyurethane moldings are produced in collections where profiles complement each other in style and size. You can create a harmonious composition from baseboards, cornices, and moldings of the same series, achieving a unified visual solution.

Ready-made corner elements: time-saving

Many manufacturers produce ready-madePolyurethane corner moldings- internal and external. These are cast elements where the molding profile meets at a 90-degree angle.

The advantage is obvious: no need to precisely saw a 45-degree angle on two boards and fit them together. Simply glue in the ready corner and join the straight sections of the molding. This significantly speeds up installation and eliminates errors from trimming.

Corner elements are especially valuable for ornate moldings, where precise pattern alignment after "on-the-fly" sawing is extremely difficult. A ready corner has a symmetrical ornament that perfectly continues the pattern of straight sections.

Weight and transportation

Polyurethane is 5-7 times lighter than wood of the same volume. A two-meter complex ceiling molding weighs 300-600 grams versus 2-3 kilograms of wood. This not only simplifiesinstalling polyurethane moldingbut also drastically reduces transportation costs.

Light molding can be attached only with adhesive, without mechanical fasteners. This is important for ceiling work - holding a 300-gram molding above your head is incomparably easier than a 3-kilogram wooden one. One installer can handle the task that would require two people with wood.

Furniture moldings: the final touch of craftsmanship

Wooden molding for furnitureThis is a special category of products where both decorative and structural qualities are important. Furniture moldings perform multiple functions.

Joining with facades and integration

Furniture molding must ideally match the material and finish of the facade. If the furniture is made of solid oak, it is logical to use oak moldings as well—the texture and color will naturally match. For MDF facades intended for painting, both wooden moldings (which are then painted to match) and polyurethane moldings are suitable.

Joining the molding to the facade surface can be done in three ways. Surface-mounted—molding is glued on top of the finished facade, protruding above its plane. Inset—the molding is inserted flush into a groove milled into the facade according to its profile. Semi-inset—a middle option where the molding is partially recessed into the facade.

Surface-mounted moldings are easier to install and allow updating furniture by adding decoration to existing facades. Inset moldings provide a more unified, monolithic look but require precise processing and are suitable only for manufacturing new furniture.

Edges and edge protection

Corner moldings protect the ends of countertops, shelves, and facades from chipping and damage. This is especially important for solid wood kitchen countertops—special corner profiles glued onto the front edge absorb mechanical impacts.

Edge moldings can be simple (quarter-round, half-round) or decorative (with bevels, rounded corners). Complex multi-step edges are used for classic furniture, while modern furniture uses simple rounded transitions.

The thickness of edge moldings is usually 10–25 mm with a profile height of 15–40 mm. It is important that they are sufficiently robust for protection but do not create visual heaviness.

Milling and decorative profiles

Furniture moldings are often used to create frames on flat facades. A classic technique involves four molding strips forming a rectangular or square frame on a cabinet door. This adds depth and volume, making a simple facade visually more complex and interesting.

For such compositions, precise miter cuts are crucial. The 45-degree joints between moldings must be perfect—any gap or profile mismatch will be noticeable. Therefore, high-precision miter saws with laser aiming and stops are used.

Milled moldings can imitate panelled facades—traditional constructions for classic furniture with a frame and inset panels. Surface-mounted moldings create a relief similar to real panels but are simpler and cheaper to produce.

Cabinet moldings: the finishing element

Cabinet molding is a wide molding that caps the top of cabinets, buffets, and display cases. It creates an architectural finishing element, making furniture resemble a small building.

Cabinet moldings can be simple (smooth, with a minimalist profile) or complex (multi-step, with carving, ornamentation). The height of a cabinet molding ranges from 50 to 250 mm, and the overhang (projection forward from the facade plane) ranges from 30 to 150 mm.

Mounting a heavy wooden molding requires secure fixation—using adhesive and screws from the inside. A polyurethane molding, due to its low weight, can be mounted only with adhesive, simplifying installation.

Wall moldings: architecture of vertical planes

Molding to look like wood for wallsWooden or polyurethane—tools for creating architectural compositions on flat surfaces. Proper use of wall moldings can transform the most ordinary room.

Height placement and proportions

The classical rule for dividing a wall with moldings—the golden ratio (approximately 1:1.618). If a horizontal molding divides the wall into two parts, the lower part should relate to the upper part as 1 to 1.6. For a ceiling height of 2.7 m, the optimal height for a horizontal molding is approximately 1.05–1.1 m from the floor.

For high rooms (3–4 meters), a three-part division is often used: lower panel (80–100 cm), middle zone (main wall area), upper frieze (60–80 cm from the ceiling). Each zone is framed by moldings and may have its own finish.

Molding height should match the room’s scale. In a room with 2.5 m ceilings, moldings 150–200 mm wide are inappropriate—they ‘consume’ space. Optimal profiles are 40–80 mm. In a hall with 3.5–4 m ceilings, thin moldings will be lost—wide moldings of 100–180 mm are needed.

Panel composition rhythm and spacing

When creating molding panels on a wall, it is important to maintain rhythm and proportions. Rectangular panels are usually oriented vertically (height is 20–40% greater than width), visually raising the ceiling.

Typical dimensions for wall molding panels: width 50–80 cm, height 80–120 cm. Distance between panels (if multiple in a row)—10–30 cm. Distance from wall edge to first panel—usually equal to panel spacing or slightly more.

Symmetry is critical. Panels must be arranged symmetrically relative to the wall’s central axis or relative to a dominant element (fireplace, door, window). Breaking symmetry is perceived as an error, not an artistic technique.

Composition and stylistic solutions

Classic interiors tend toward regular compositions—repeating identical panels, strict symmetry, clear proportions. Moldings here are architectural elements creating spatial structure.

Modern interiors allow greater freedom. Asymmetric compositions, panels of different sizes, combinations of wide and narrow moldings, irregular rhythms. But even here, a well-thought-out concept is important — chaos destroys harmony.

Accent wall with moldings — a popular technique. One wall (usually behind the headboard of the bed, behind the sofa in the living room, opposite the entrance to the hallway) is finished with molding panels, while the others remain smooth. This creates a focal point without overloading the space.

Combination with wallpaper and paint

Moldings work beautifully with wallpaper. A classic approach is to use wallpaper inside the molding panels and paint the walls outside. You can use expensive, eye-catching wallpaper selectively, only within the molding frames, saving budget and creating accents.

For bold options — different wallpapers in different panels. However, the color palette must be coordinated; otherwise, it will look tacky. Usually, wallpapers from the same collection are used, complementing each other.

Painting walls in combination with moldings offers broad possibilities. Moldings can be contrasting (white on dark walls, dark on light walls) or match the wall color (monochromatic solution, where moldings are noticeable only due to relief and shadows).

Joints and corners: technology of flawless connections

The quality of joints — what distinguishes professional installation from amateur work. An ideal joint is almost invisible, while poor quality ruins the impression of even the most expensive molding.

Beveled cut: precision to the degree

Bevel cut — this is the connection of two elements at a 45-degree angle to form a right angle. Used for corner connections of moldings, frames, and trimmings.

Tool for beveling — a miter saw (or a miter box with a hacksaw for small volumes). A miter saw allows setting an exact angle and making a clean, straight cut. A laser pointer shows the cutting line, eliminating marking errors.

Critical moments: absolute angle accuracy (even a 1-2 degree deviation will create a visible gap), clean cut (scratches and burrs will prevent tight fitting), profile match (if moldings are from different batches or manufacturers, the profile may slightly differ).

For wooden moldings, after beveling, the joint is filled with a thin layer of acrylic sealant in the wood color, then sanded. For polyurethane moldings, a special adhesive is used, which 'welds' the elements together.

Pre-made corner elements: when simplicity is justified

Pre-made corners for polyurethane moldings — these are cast elements with pre-formed corner joints. They come in internal (for room corners) and external (for protruding wall, column corners) types.

Using pre-made corners has pros and cons. Pros: installation speed increases dramatically, cutting errors are eliminated, the ornament in the corner element is symmetrical and designed by the designer. Cons: additional costs (a corner costs as much as 20-40 cm of molding), limited selection (corners are not available for all models), visibility of the element (an experienced eye can tell that the corner is a separate part).

For complex ornate moldings, pre-made corners are practically mandatory — manually matching patterns like grape clusters or acanthus leaves at 45 degrees is extremely difficult.

Straight joints: invisible connection

Straight joint — connection of two molding strips on a straight wall section (when the length of one strip is insufficient). The ends are beveled precisely at 90 degrees and joined butt-to-butt.

For wooden moldings, it is recommended to place the joint in the least noticeable location (not at eye level, not in the center of the wall), beveling slightly off perpendicular (2-3 degrees), so the joint is 'under compression' and does not open during drying. The joint area is sealed and filled with putty.

For polyurethane moldings, a straight joint is simpler — the ends are coated with adhesive, pressed tightly together, and excess adhesive is immediately wiped away with a damp cloth. After drying, the joint is almost invisible.

Bays, arches, and complex angles

A bay (polygonal protrusion) forms angles different from 90 degrees. For a typical five-sided bay, the angles are 135 degrees, respectively, each element's bevel is 67.5 degrees. Accuracy here is doubly critical.

Arched openings require flexible moldings (if polyurethane) or a set of short segments (if wood). The arch radius determines the number of segments — the smaller the radius, the shorter the segments must be for a smooth curve.

Multi-level ceilings with curved transitions — the territory of polyurethane. Flexible molding follows any curve, while wooden molding requires individually manufactured bent elements, which is very expensive.

Color and finish: final molding decoration

Choosing the finish for moldings is no less important than choosing the profile. It is the finish that determines the final visual impression.

Oil: naturalness and tactility

Oil finish is suitable only for wooden moldings. Oil penetrates into the wood pores, protecting it from within, but does not form a surface film. The wood texture remains not only visible but also tactile.

Advantages: most natural appearance, pleasant tactile sensations, easy local repair (scratches can be polished with oil), eco-friendliness. Disadvantages: less protection against moisture and dirt, need for periodic renewal (every 2-3 years).

For wall moldings, oil is an excellent choice, as they are not subjected to intense physical stress. For furniture moldings on countertops, oil is less practical — better to use oil-wax or hard oil with increased wear resistance.

Enamel: color without boundaries

Enamel completely hides the wood texture, creating a smooth, colored surface. Modern acrylic enamels provide a strong, durable coating with excellent adhesion.

White enamel is a classic choice for moldings in Scandinavian, American, and French styles. A white molding on a light wall creates a subtle play of white tones and relief shadows. A white molding on a contrasting wall (gray, blue, green) creates a clear graphic line.

Colored enamels open up endless possibilities. Moldings can be painted to match wall colors (monochromatic solution), in contrasting colors (accent solution), or in metallic finishes (gold, silver, bronze for glamorous interiors).

Glossy enamel provides a mirror-like sheen, suitable for formal classic interiors. Matte finish is a modern option, elegant and calm. Satin (semi-gloss) finish is a compromise, offering a subtle noble sheen.

Patina: the nobility of antiquity

Patina is a multi-layered coloring technique with an aged effect. The base layer (usually light — ivory, light gray, white) is covered with a second layer of dark paint (brown, black, green), which is then partially sanded.

Patina remains in the recesses of the relief, highlighting every detail of the profile. On raised parts, the light base color shows through, creating an effect of wear from time.

Patina is ideal for classical and neoclassical interiors, where the atmosphere of history and respectability is important. For modern minimalist spaces, patina is excessive.

Painting for polyurethane: specific painting techniques

Polyurethane moldings are supplied primed and ready for painting. Suitable paints include water-based, acrylic, and latex paints — the same types used for walls and ceilings.

Important note: polyurethane requires paint with good adhesion and elasticity. Solvent-based paints (alkyd, oil-based) may cause softening of the polyurethane surface layer. The best choice is water-based acrylic paints.

Painting technique: moldings can be painted before or after installation. Painting before installation is easier (moldings can be laid horizontally, paint lays evenly), but requires careful handling during installation to avoid getting paint on the adhesive. Painting after installation allows covering joints and mounting points, but requires protecting walls with painter’s tape.

Number of coats — usually 2-3. The first is a base coat, hiding the primer and setting the main color. The second is a leveling coat, eliminating possible gaps. The third (if necessary) is a finishing coat, providing perfect color uniformity.

Budget and logistics: practical aspects of selection

Besides aesthetic considerations, the choice between wood and polyurethane is determined by the project’s budget and logistical capabilities.

Price comparison: initial investments

Polyurethane moldings are significantly cheaper than wooden ones. A simple smooth polyurethane molding 60 mm wide costs 150-300 rubles per linear meter. A similar wooden molding from beech costs 500-900 rubles, from oak — 800-1500 rubles.

Ornamental moldings: polyurethane — 400-1200 rubles/meter depending on pattern complexity, wood — from 1500 to 5000+ rubles/meter, carved exclusive — 8000-15000 rubles/meter.

On a large-scale project (100 sq. m apartment with abundant molding decor), the difference may amount to 100,000–300,000 rubles. For many, this is a decisive factor.

However, it is important to consider the total cost including installation and painting. Polyurethane installation is simpler and faster — 200–350 rubles/meter. Wooden molding installation — 400–700 rubles/meter. Painting is mandatory for polyurethane (+150–300 rubles/meter), optional for wood (can be left with varnish).

Weight and transportation costs

When ordering moldings from another city, transportation costs may be significant. Weight matters. 100 linear meters of medium-sized polyurethane molding weigh 30–50 kg and fit in a passenger car. 100 meters of wooden molding — 200–350 kg, require a truck.

Delivery by a transport company is charged by volumetric weight. Lightweight polyurethane is cheaper. For remote regions, delivery cost difference may be 5,000–15,000 rubles, offsetting part of the price advantage.

Brittleness during transport: wooden moldings are stronger, polyurethane moldings require careful packaging. However, a broken polyurethane molding during delivery is cheaper to replace than a wooden one.

Installation speed: time is money

Polyurethane moldings are installed 1.5–2 times faster than wooden ones. Lightweight elements, ease of cutting, adhesive mounting without fasteners — all this speeds up work.

If moldings are installed by a hired crew paid hourly or daily, installation speed directly affects the budget. A difference of 2–3 working days for an average project — saves 10,000–25,000 rubles in labor costs.

DIY installation: for a homeowner without experience, polyurethane moldings are a more realistic option. Wooden moldings require more precise tools and skills.

Long-term perspective: ownership cost

Looking at a 20–30-year perspective, wooden moldings may prove more cost-effective. They last longer, are easy to restore, can be repainted multiple times, adapting to interior updates.

Polyurethane moldings have limited repair potential. A scratch or dent requires replacement of the element. After 15-20 years, full replacement of the decor may be required.

For a long-term family home where people live for decades, wooden moldings are an investment in heritage. For a rental apartment planned to be replaced in 3-5 years, polyurethane is a rational choice.

FAQ: answers to frequently asked questions

Can wooden and polyurethane moldings be combined in one room?

Yes, this is a common practice. Typical scheme: wooden moldings on furniture and in tactile contact zones, polyurethane on ceilings and upper wall sections. After painting in a unified color, the material difference is imperceptible, and the advantages of each are used optimally.

Which molding is better for a bathroom?

For a bathroom, polyurethane is definitely preferable. It is completely moisture-resistant, does not deform from steam, and does not create a mold environment. Wooden molding in a humid space requires careful treatment with moisture-protective compounds and still has a shorter service life.

How to determine the quality of wooden molding when purchasing?

Check: profile geometry (attach two strips together — they should match perfectly), wood moisture content (optimal 8-10%, measured with a moisture meter), absence of defects (knots, cracks, bluish discoloration are unacceptable for visible items), surface finish quality (run your hand over it — the surface should be perfectly smooth).

How long do polyurethane moldings last?

Quality polyurethane moldings from European manufacturers last 20-30 years without losing their appearance. Low-density, cheap polyurethane may yellow and become brittle after 10-15 years. It is important to choose products from reputable brands.

Is it necessary to prime the wall before installing molding?

It is desirable. Primer improves adhesive bond, strengthens the surface layer of the wall (especially important for loose plastered surfaces), reduces absorbency (the adhesive does not penetrate into the wall but works by bonding). For wooden moldings mounted with self-tapping screws, primer is less critical.

Can polyurethane moldings be painted in dark colors?

Yes, but there is a nuance. Polyurethane is a light material (white or slightly yellowish). When painting in dark colors, ensure dense coverage to prevent the base from showing through. Usually, 3-4 layers of dark paint are required versus 2-3 layers of light paint.

How to care for moldings?

Wooden moldings with lacquer/oil: dry or slightly damp cleaning, periodic (every 2-3 years) treatment with wood polishes. Painted (both wood and polyurethane): wet cleaning with mild detergents, avoid abrasives. For damage, touch-up locally.

What to choose for a classic interior?

For an authentic classic interior, wood is preferable — its materiality, texture, and tactile quality create the very atmosphere of luxury. However, for complex plaster ornaments on ceilings, polyurethane may be a compromise — it is cheaper, and at heights of 3-4 meters, the difference from gypsum molding is imperceptible.

Conclusion: thoughtful choice for perfect result

Choosing between wooden and polyurethane moldings is not an 'either-or' dilemma, but an 'and' opportunity, where each material is applied in scenarios optimal for it. Wood where tactile quality, longevity, restorability, and naturalness matter — on furniture, in contact zones, in interiors built around the concept of natural materials. Polyurethane where moisture resistance, geometric stability, complex shapes, and budget are critical — in humid spaces, on curved surfaces, in large-scale projects with limited budgets.

A professional approach — combining materials within a unified stylistic concept. Wooden baseboards and furniture moldings, polyurethane ceiling cornices and wall decorative panels, all painted in a unified color palette, create a harmonious ensemble where the advantages of each material are fully realized.

STAVROS offers comprehensive solutions for creating perfect interiors, combining in its assortment elitesolid oak and beech wooden moldingsand modern polyurethane collections. Over 15 years of experience in manufacturing interior moldings, in-house production, a team of experienced technicians and designers allows STAVROS to offer not just materials, but ready-made conceptual solutions.

STAVROS catalog features more than 200 profiles of wooden moldings of varying complexity — from minimalist modern to ornately decorated classic, plus a wide collection of polyurethane decor for any styles and purposes. Individual approach to each project, possibility of manufacturing moldings according to custom drawings, professional consultations on material selection and application, nationwide delivery — STAVROS creates conditions for realizing the most ambitious design concepts. Because true interior beauty is built from details, each chosen thoughtfully and executed flawlessly.