Flexible polyurethane molding: decor for radius and curvilinear surfaces

Can a cornice be bent? It sounds paradoxical—molding is associated with rigidity, the stone-like inflexibility of classical profiles. But architecture does not tolerate right angles everywhere. Arches, bay windows, round columns, spiral staircases, oval halls—curvilinear forms create plasticity, softness, and architectural sophistication. How to decorate them with molding?Flexible polyurethane moldingelegantly solves this problem—moldings and cornices that bend by hand, follow the arc radius, embrace a column, and follow wall curves without cracks, breaks, or deformation of the relief.

In 2026, flexible polyurethane molding is no longer a rarity. Ten years ago, it was searched for months, custom-ordered to individual sizes, and waited eight weeks for production. Today, major manufacturers keep dozens of flexible molding and cornice profiles in stock, ready for immediate shipment. Prices have become more affordable—from 600 to 2500 rubles for a two-meter strip compared to 2000-5000 rubles five years ago. Technologies have improved—modern flexible polyurethane bends to a radius of 30 centimeters (previously the minimum was 60-80 cm) and retains relief clarity after multiple bends.

This article is a complete technical and practical guide to flexible polyurethane molding. We will analyze the composition and properties of the material at the molecular level (why one polyurethane bends while another breaks), areas of application with specific examples and calculations, step-by-step installation technology (how to bend, what to glue with, how to avoid mistakes), technical limitations (minimum radii, maximum profile widths), price comparison with rigid molding and alternative solutions. This is not a superficial overview but a deep dive for those who build, design, and implement non-standard architectural solutions.

Polyurethane mold NPU-417.4

from 100.35 $

Go to Catalog

The physics of flexibility: what makes polyurethane elastic

Polyurethane is a polymer, chains of molecules connected by urethane bonds. Rigidity or flexibility depends on three factors: crosslink density (the number of transverse bonds between chains), molecular chain length, and plasticizer content.

Watch video ...

Structure of rigid polyurethane

Rigid polyurethane for standard interior and facade molding has a density of 280-400 kg/m³. A high degree of molecular crosslinking creates a three-dimensional network—chains are rigidly connected to each other in all directions. This structure provides strength (the element does not break upon impact), hardness (does not dent under finger pressure), and shape retention (does not deform under its own weight).

But this same structure makes the material brittle when bent. Attempting to bend a rigid cornice breaks the transverse bonds between molecules—microcracks appear, then macrocracks, and the element is destroyed. The minimum bending radius of rigid polyurethane is 3-5 meters (practically a straight line); attempting to bend it more sharply leads to fracture.

Our factory also produces:

Polyurethane molding NPU-412

from 126.85 $

Polyurethane molding NPU-413

from 157.12 $

Polyurethane molding NPU-416.4

from 112.07 $

View Full Product Catalog

Structure of flexible polyurethane

Flexible polyurethane moldingis made from a modified polymer composition. Density is reduced to 150-220 kg/m³—the material contains more air micropores and less polymer per unit volume. Crosslink density is reduced—molecular chains are longer, bonds between them are fewer, allowing them to slide relative to each other during deformation.

The key additive is plasticizers. These are low-molecular-weight substances (phthalates, adipates, esters) that embed themselves between polymer chains, increasing the distance between them and reducing friction. Plasticizers constitute 15-30% of the mass of flexible polyurethane compared to 3-5% in rigid polyurethane. They impart elasticity—the material bends without breaking bonds and then returns to its original shape.

Result: flexible polyurethane bends with a radius from 30 to 100 centimeters (depending on profile width and specific formulation), retains relief clarity, does not crack or break. After removing the load, it partially recovers its shape (shape memory), but when installed, it is fixed in a bent shape by adhesive.

Compromises of flexibility

Flexibility is not achieved without cost. Flexible polyurethane is inferior to rigid polyurethane in several parameters:

Lower strength. Density of 150-220 kg/m³ versus 280-400 kg/m³ means lower mechanical strength. Flexible molding is easier to damage by impact or dent with a finger. For interior applications, this is not critical (molding is not subjected to mechanical loads), but for facades, it is undesirable (risk of damage from hail, wind loads, accidental impacts during maintenance).

Relief clarity is limited. Complex carved profiles with fine details (dentils 2-3 mm thick, intricate scrolls) are poorly reproduced in flexible polyurethane. When bent, fine details deform and blur. Therefore, flexible moldings typically have simple profiles—smooth, with large relief (flutes 10-15 mm wide, gentle waves).

Lower shape stability. Flexible polyurethane slowly deforms under the influence of temperature and time (polymer creep). A 3-meter horizontal cornice made of flexible polyurethane may sag 3-5 mm in the center after 5-7 years. Rigid polyurethane maintains geometry for decades. Solution—additional attachment points (every 40-50 cm instead of 60-80 cm for rigid).

Higher price. Production of flexible polyurethane is more expensive—special additives (imported, expensive plasticizers), complex formulation (balancing flexibility and strength requires precise component dosing), smaller production volume (flexible molding is niche, comprising 5-10% of the market—economies of scale do not apply). Flexible molding costs 1.5-2.5 times more than rigid molding of the same width.

Where bending is necessary: areas of application for flexible molding

In which architectural situations is flexible molding indispensable? When can it be done without, and when are there no alternatives?

Arched openings: a classic application

Arch—a door or window opening with a curved top instead of a rectangular one. Semicircular (half-circle), segmental (segment of a circle with a height less than half the radius), pointed (Gothic, two arcs meeting at the top), elliptical (half of an ellipse).

Framing an arch with molding creates architectural expressiveness, emphasizes its shape, and connects the opening with the overall interior style. Rigid molding cannot bend around the arc of the vault—it either breaks when attempting to bend or is installed in short segments with visible joints every 10-15 cm (looks amateurish, cheap).

Polyurethane molding is flexiblesolves the problem elegantly: a molding 2-2.4 meters long covers the arc of an arch with an opening width of 80-120 cm without a single joint on the vault. A smooth continuous line, perfect replication of curvature, professional result.

Calculating molding length for an arch:

Semicircular arch opening width W, radius R = W/2, arc length L = π × R = 3.14 × W/2 = 1.57 × W.

Opening 100 cm → vault arc length 157 cm. A molding 160-180 cm is needed (with allowance for trimming).

Segmental arch with height H less than radius—arc length is calculated by the formula L = R × 2 × arcsin(W/(2R)), where R = (W²/8H) + H/2.

Example: opening W = 120 cm, vault height H = 40 cm. R = (120²/(8×40)) + 40/2 = (14400/320) + 20 = 45 + 20 = 65 cm. L = 65 × 2 × arcsin(120/(2×65)) = 65 × 2 × arcsin(0.923) = 65 × 2 × 1.17 = 152 cm.

Round and semicircular columns

A column with a circular cross-section is a vertical cylinder. Decorating the column shaft with moldings (flutes—vertical grooves, horizontal bands) creates a classic look, referencing classical orders.

Rigid molding cannot wrap around a cylinder. Attempting to glue a rigid strip onto a round surface leads either to peeling (contact only at one point, adhesive doesn't hold) or to the strip breaking. A solution using rigid molding is to cut the molding into short 5-10 cm segments and glue them around in butt joints. Labor-intensive (60-80 joints on a 2.5-meter column with 4-5 horizontal bands), visibility of joints (can be filled, but noticeable in oblique light).

Flexible molding wraps around the column in a spiral or as a horizontal ring. One 2-meter strip creates a horizontal band on a column up to 60 cm in diameter without a single joint (circumference for a 60 cm diameter = π × 60 = 188 cm, fits within a 2-meter strip).

Minimum column diameter for flexible molding:

Bending radius of the molding = column radius. If the molding bends to a radius of 40 cm, the minimum column diameter is 80 cm. For columns of smaller diameter, more flexible profiles are needed (narrower, with increased elasticity).

Bay windows and radius walls

A bay window is a projecting part of a facade or room with a radius (arc-shaped) wall. A polygonal bay window (pentagonal, hexagonal) has straight sections—rigid moldings are suitable. A radius bay window—an arc of a circle—requires flexible molding.

Decorating a radius wall with moldings (vertical pilasters, horizontal bands, panels) creates architectural structure, visually distinguishes the bay window from the general volume of the room. Flexible moldings follow the wall's curve, creating smooth lines.

Calculating bay window radius:

Measure the chord (straight distance between the ends of the bay window arc)—W, and the sagitta (maximum perpendicular distance from the chord to the arc)—H. Radius R = (W²/(8H)) + H/2.

Example: a bay window 3 meters wide projects 80 cm from the main wall. W = 300 cm, H = 80 cm. R = (300²/(8×80)) + 80/2 = (90000/640) + 40 = 140.6 + 40 = 180.6 cm ≈ 181 cm.

If flexible molding bends to a radius of 100 cm—it is not suitable (bay window radius 181 cm is greater than the minimum bending radius). If it bends to a radius of 200 cm—it is suitable.

Spiral staircases and curved railings

A spiral staircase has a spiral trajectory of steps. The railing (handrail + balusters) follows this spiral. Decorating the handrail with molding (an overlay profile on top or side) creates visual completeness, a classic look.

Rigid molding cannot replicate the spiral—a three-dimensional curve of complex shape. Flexible molding, especially elastic and narrow (width 30-50 mm), bends in two planes simultaneously (vertical rise + horizontal rounding), replicating the spiral trajectory.

Technical limitations:

Spiral diameter (staircase flight diameter) must be greater than twice the minimum bending radius of the molding. A spiral with a diameter of 150 cm requires molding with a bending radius less than 75 cm.

The spiral's angle of inclination (staircase rise angle) affects installation complexity. The steeper it is, the stronger the double bend, the higher the elasticity requirements.

Ceiling vaults and domes

A vault is a curved ceiling (cylindrical, groin, barrel). A dome is a hemispherical or near-spherical ceiling. Historically, vaults and domes were decorated with plaster molding—coffers (recessed square or polygonal shapes), ribs (vault ribs), rosettes at the dome's zenith.

Flexible polyurethane molding reproduces these elements. Ribs—Polystyrene does not have the flexibility of polyurethane. For curved sections—columns, arches, bay windows—it is better to usecurved along the arch of the vault and glued to the ceiling. Coffers are frames made of flexible moldings that form a regular grid on the vault.

Installation complexity:

Working at height (ceiling 3-6 meters) requires scaffolding or a lift.

Precise marking is critical — coffers must be symmetrical, ribs must converge precisely at the keystone points.

The adhesive must set quickly — it is impossible to hold a curved molding on the ceiling for 10-15 minutes until the adhesive sets (hands will get tired). Fast-setting polyurethane adhesives (setting time 30-60 seconds) + temporary fixation (painter's tape, temporary supports) are used.

Bending technique: how to shape without breaking

Flexible polyurethane does not bend arbitrarily — technique is required. Incorrect bending leads to whitening (micro-cracks inside the material, visible as white lines), creasing (sharp bend at one point instead of a smooth arc), loss of relief (compression or stretching of the ornament).

Preparation for bending: heating

Flexible polyurethane at room temperature 18-22°C bends, but requires effort and carries a risk of creasing. Heating to 40-50°C makes the material significantly more elastic — polymer molecules become more mobile, plasticizers soften, the material bends easily, without internal stresses.

Heating methods:

Construction heat gun. Air temperature at the outlet 300-500°C — too hot for direct contact (polyurethane begins to melt at 120-150°C). Hold the heat gun at a distance of 30-40 cm from the molding, heat in sections of 20-30 cm, moving the heat gun along the profile. Control the temperature by hand — the material should become warm (40-50°C), but not hot (not painful to touch).

Hot water. Immerse the molding in water at a temperature of 50-60°C for 2-3 minutes. Effective, even heating, but requires a bath or large container. After heating, dry thoroughly, bend immediately.

Heat gun or heater. Direct a stream of warm air onto the molding laid out on a flat surface. Heating is slower (5-10 minutes), but safer (no risk of overheating).

Temperature control:

Insufficient heating — the material bends stiffly, risk of whitened lines and creases.

Overheating (more than 70-80°C) — polyurethane softens excessively, loses shape, relief deforms, bubbles appear from moisture evaporation inside the material.

Optimal temperature 45-55°C — the material feels warm to the touch, bends easily, retains relief clarity.

Bending technique: smooth arc

Goal — to create a uniform arc of a given radius along the entire length of the molding without local creases.

Bending template:

Make a template — an arc of the required radius from plywood, chipboard, thick cardboard. For an arch — cut out the arch of the vault. For a column — use the column itself as a template.

Apply the heated molding to the template, bending smoothly along the entire length simultaneously (do not bend locally at one point — a crease will form). Fix temporarily (painter's tape, clamps, weights).

Let cool for 5-10 minutes. The polyurethane will harden in the bent position, partially fixing the shape.

Bending without a template:

On a column: heat the molding, apply it to the column, wrap it around, pressing with hands along the entire length. Fix temporarily with painter's tape at several points. Apply adhesive, press firmly, remove the tape after the adhesive sets.

On an arch: heat, apply one end of the molding to the capital (side framing of the arch), begin bending, following the contour of the vault, gradually gluing. A second person helps hold the free end, controls the uniformity of the bend.

Shape fixation: fast-setting adhesive

Regular mounting adhesive for molding (acrylic, neoprene) sets in 10-30 minutes. Holding a bent molding in the air for 20 minutes is unrealistic. Fast-setting adhesive is needed.

Polyurethane adhesives (Cosmofen, Moment Crystal, Titebond Quick & Thick): setting time 30-90 seconds, full polymerization 2-4 hours. Applied in a thin layer to both surfaces (molding + base), pressed for 30-60 seconds with force — adhesive has set, can be released.

Cyanoacrylate super glues (instant adhesive): setting time 5-20 seconds, but expensive (50-100 rubles for 3 grams) and require perfectly degreased surfaces. Used locally at difficult points (top of the arch, where it is inconvenient to hold by hand).

Double-sided mounting tape (3M VHB, Tesa): instant fixation, holds until the main adhesive sets. Apply tape strips to the back of the molding every 20-30 cm, then apply the main adhesive, press the molding to the surface — the tape holds immediately, the adhesive sets in 10-20 minutes, creating a permanent bond.

Joint treatment: invisible seams

Even flexible molding has a finite length (2-2.4 meters). On large curves (arch wider than 120 cm, column circumference over 200 cm), joints are required.

Joining technique:

Make the joint at a 45° angle (miter cut) instead of a straight 90° — increases the gluing area, makes the joint less noticeable.

Align the profiles precisely — the relief must continue without a step. Use a miter box for cutting at an exact angle.

Fill the gap with acrylic putty or adhesive, smooth it flush with the surface using a wet finger. After drying, sand with P220 sandpaper, prime, and paint.

Joint placement:

On an arch: do not place the joint at the apex (the most noticeable point). Position joints on the lateral parts of the curve at a 30-45° angle from the apex.

On a column: place the joint on the back side (facing the wall or in a room corner), where it is less noticeable.

Bending radius: the mathematics of limitations

Each flexible molding profile has a minimum bending radius — a technical parameter specified by the manufacturer. Attempting to bend it tighter leads to breakage.

Radius dependence on profile width

Narrow moldings (width 30-50 mm) bend to a radius of 30-50 cm. Medium (60-80 mm) — up to 50-80 cm. Wide (100-120 mm) — up to 80-120 cm. Pattern: minimum radius ≈ profile width (±20%).

Why? When bent, the outer layer of the molding stretches, the inner layer compresses. The wider the profile, the greater the difference between the lengths of the outer and inner layers, the stronger the stresses. At a critical width, stresses exceed the material's strength — cracks appear.

Example calculation:

Arch width 80 cm, vault radius 40 cm. A molding with a minimum bending radius ≤40 cm is needed. Suitable profiles are up to 40-50 mm wide. A 70 mm profile with a minimum radius of 60 cm will not work (40 < 60 — the arch is too tight for this molding).

Radius dependence on thickness and density

Thin profiles (thickness 5-8 mm) bend better than thick ones (10-15 mm). Thickness is the distance from the back plane of the molding to the top of the relief. The thinner it is, the smaller the difference in lengths between the outer and inner layers during bending, the lower the stresses.

Low density (150-180 kg/m³) provides greater flexibility than medium density (200-220 kg/m³). But low density reduces strength — a compromise between flexibility and durability.

Manufacturers balance these parameters: for maximum flexibility profiles (radius 30-40 cm), they use density 150-170 kg/m³, thickness 5-7 mm, width up to 50 mm. For less flexible but stronger ones (radius 80-100 cm) — density 200-220 kg/m³, thickness 8-12 mm, width up to 120 mm.

Compatibility check: radius formula

Before purchasing flexible molding, calculate the radius of the surface you will be decorating. Compare it with the minimum bending radius of the molding (specified in the characteristics).

Arch radius:

Semicircular: R = W/2, where W is the opening width.

Segmental: R = (W²/(8H)) + H/2, where H is the vault height.

Column radius:

R = diameter/2.

Bay window wall radius:

R = (W²/(8H)) + H/2, where W is the chord (bay width in a straight line), H is the sagitta (protrusion depth).

If the calculated radius ≥ the minimum bending radius of the molding — it is suitable. If less — look for a more flexible profile or have it custom-made with individual parameters.

Price difference: is flexibility worth the extra cost

Flexible polyurethane moldingTypically more expensive than rigid. By how much? Is the price difference justified?

Price comparison: rigid vs flexible

The difference is 1.5-2.5 times. For decorating one arch (4-5 meters of molding), the overpayment is 1500-3000 rubles. For a project with 5 arches — 7500-15000 rubles. Significant, but not critical in the scale of the overall renovation budget.

Alternatives to flexible molding

Is it possible to do without flexible molding and save money?

Rigid molding in short segments. Cut rigid molding into 5-10 cm pieces, glue them along the arc end-to-end. Savings on materials (rigid is cheaper), but colossal labor costs (cutting 40-60 segments, fitting, puttying joints), questionable visual result (joints are visible). For an arch 100 cm wide, 30-40 segments and 4-6 hours of work are required. Flexible molding is installed in 30-40 minutes. Savings of 1000-1500 rubles, but loss of 4-5 hours of time (cost of a skilled craftsman's time is 1000-2000 rub./hour — ultimately more expensive).

Factory-made decorative radius elements. Some manufacturers produce ready-made radius segments — arcs of a given radius made of rigid polyurethane. For example, an arc with a radius of 50 cm, length 90° (quarter circle). Suitable for standard arches, cost like rigid molding (300-800 rub./segment). But limited to standard radii (50, 60, 80, 100 cm) — if your arch has a radius of 65 cm, standard elements won't fit. Flexible molding is universal — bends to any radius within the technical minimum.

Abandoning decoration of curved surfaces. Leave the arch without molding, the column smooth, the bay window without moldings. Maximum savings, but loss of architectural expressiveness. An arch without framing looks unfinished, a column looks like a utilitarian post. Decor creates style — its absence is noticeable.

Conclusion: when flexible molding is justified

If the project has 1-2 arches or one round column — an overpayment of 2000-5000 rubles is justified by the quality of the result, time savings, and professional appearance.

If there are 10+ arches, several columns, radius walls — an overpayment of 30-50 thousand rubles is significant. Consider standard radius elements (if the radii fit) or rigid segments (if you're prepared for the labor costs).

If the budget is unlimited and architectural aesthetics are a priority — flexible molding is irreplaceable. Smooth continuous lines, perfect shape replication, absence of visible joints — a sign of high-class renovation.

Manufacturers of flexible molding: who is on the market

In 2026, flexible polyurethane molding is produced by Russian and European companies.

Russian manufacturers

STAVROS. Range of flexible moldings 15-20 profiles, width from 40 to 100 mm, minimum bending radius from 35 to 100 cm. Density 170-210 kg/m³, thickness 6-10 mm. Prices 650-2200 rub./2-meter strip. Primed white, ready for painting. Production in St. Petersburg, delivery across Russia, shipping times from warehouse 1-2 days for standard items.

Decomaster. FlexLine series — flexible cornices and moldings, 10-12 profiles, width 50-120 mm, bending radius from 50 to 120 cm. Density 180-220 kg/m³. Prices 700-2500 rub./strip. Production Moscow region, wide distributor network, availability in large construction hypermarkets.

Perfect. Budget segment, 5-7 profiles of flexible moldings with simple designs, width 50-80 mm, radius from 60 cm. Density 150-180 kg/m³ (maximum flexibility, but lower strength). Prices 500-1200 rub./strip. Suitable for non-critical applications (temporary decor, rental housing, budget projects).

European manufacturers

Orac Decor (Belgium). Flex series — premium flexible profiles, 20+ designs, width from 30 to 150 mm, radius from 30 to 150 cm. Density 200-250 kg/m³, high relief clarity even after bending. Prices 2000-5000 rub./strip. Delivery through distributors, lead time 2-4 weeks. Reputation for premium quality, but price is 2-3 times higher than Russian analogues with comparable characteristics.

NMC (Belgium). Nomastyl Flex line, 10-15 profiles, width 40-120 mm, radius from 40 to 100 cm. Prices 1800-4500 rub./strip. High quality, classic European designs.

Gaudi Decor (South Korea, production in Europe). Flexible moldings 8-10 profiles, width 50-100 mm, radius from 50 to 80 cm. Prices 1500-3000 rub./strip. Mid-range segment between Russian and European in price and quality.

Criteria for Choosing a Manufacturer

Radius compliance: check the minimum bending radius — must be less than or equal to the radius of your surface.

Profile width: should correspond to the scale of the architecture (narrow 40-60 mm for small arches and columns up to 40 cm in diameter, medium 70-90 mm for standard arches and columns 50-70 cm, wide 100-120 mm for large elements).

Design: flexible profiles are usually simple (smooth, with large flutes, waves) — complex carving deforms when bent. Choose a profile that visually matches the rest of the molding in the interior.

Price vs budget: Russian offers the best price-quality ratio, European — brand prestige and confidence in durability.

Availability: whether in stock, delivery times. Flexible molding is niche — not all manufacturers keep all items in stock, custom production possible 2-4 weeks.

Frequently asked questions about flexible polyurethane molding

Can flexible molding be used on straight surfaces?

Yes, flexible molding can be installed on straight walls and ceilings without problems. It remains straight if not bent. But overpaying for flexibility if all surfaces are straight is not rational — choose rigid, it's cheaper and stronger.

How much less strong is flexible molding compared to rigid?

Strength is 30-50% lower due to lower density (170-220 kg/m³ vs. 280-350 kg/m³). For interiors, this is not critical—molding is not subjected to mechanical loads. For facades, it is undesirable—the risk of damage from hail, branches, or accidental impacts is higher. Flexible facade molding exists but requires additional protection (thick layer of paint, installation in protected areas).

Does flexible molding retain its shape after bending?

Partially. The material has shape memory — after removing the load, it tries to return to the original straight state. Degree of return 20-40% (bent to a radius of 50 cm, released — straightened to 70-90 cm). Therefore, quick fixation with glue is important — while the material is in a bent state, the glue sets, permanently fixing the shape.

Can the same element be bent multiple times?

Not advisable. Each bend creates micro-damages in the polymer structure (stretching and compression of molecular chains). After 3-5 bend-straighten cycles, the material whitens (visible micro-cracks), loses elasticity, may break. Flexible molding — one-time bend, after installation remains in that shape forever.

What glue is best for flexible molding?

Polyurethane fast-setting (Cosmofen Plus, Moment Crystal) — sets in 30-60 seconds, holds in place until full polymerization of the main layer. Acrylic mounting adhesives (Moment Montage, Titan) also suitable, but setting time 10-20 minutes — temporary fixation with tape or supports needed. Do not use PVA glue (weak adhesion to polyurethane, does not hold weight) and hot glue (low strength, degrades over time).

Can flexible molding be painted?

Yes, same as rigid. Acrylic water-based paints, enamels. Paint after installation and complete glue curing (after 24 hours). Prime beforehand (if factory primer is damaged during installation). Two-three thin coats of paint are better than one thick one.

Does flexible molding yellow faster than rigid?

Yes, slightly. Low density means more air pores, more polymer contact area with oxygen — oxidation occurs faster. Plus, plasticizers migrate to the surface over time, may create a yellowish coating. Protection: painting with quality paint with UV filters, limiting direct sunlight. With proper use, flexible molding retains whiteness for 10-15 years, rigid for 20-30 years.

Conclusion: flexibility without compromise

Architecture is the art of form. Straight lines create strictness, order, rationality. Curves — softness, plasticity, emotion. Classical architecture balances between them: straight walls and columns combine with arched openings, cylindrical vaults, domes. Molding emphasizes form, enhances its expressiveness. Rigid molding works on straight sections, flexible — on curved ones.

Flexible polyurethane molding is not just convenience, but an opportunity to realize complex architectural ideas without compromise. An arch is framed by a continuous molding without seams — looks like a solid carved detail, not an assembled structure. A column is decorated with belts and flutes, replicating antique models. A bay window with a radius wall receives panels and moldings that structure the space.

Yes, flexible molding is more expensive than rigid. Yes, it is less strong, requires more careful handling. Yes, installation is more complex — requires heating, special glue, precise radius calculation. But the result justifies the effort and cost. Smooth lines, perfect form replication, professional execution level — these are signs not just of renovation, but of architectural creativity.

Company STAVROS offers a complete line of flexible polyurethane molding for any curved surfaces. Over 15 profiles of flexible moldings and cornices — from narrow (40 mm, bending radius from 35 cm) to wide (100 mm, radius up to 100 cm), from smooth to relief, from minimalist to classic.

STAVROS production technology is based on elastic polyurethane with a density of 170-210 kg/m³ and a high content of imported plasticizers. This ensures an optimal balance of flexibility and strength — the material bends without breaking, retains clear relief, and lasts 15-20 years without losing its properties.

Each STAVROS flexible molding profile undergoes testing for minimum bending radius, repeated bending-straightening, and shape retention after heat treatment. Technical specifications are provided in the catalog for each item — you know exactly which radius the profile is suitable for, without overpaying for excessive flexibility.

STAVROS prices for flexible molding are competitive: from 650 to 2200 rubles per two-meter strip, depending on width and profile complexity. This is 20-40% cheaper than European counterparts with comparable quality. Russian production means availability — warehouse stocks in St. Petersburg and Moscow, shipment of standard items the next day, delivery across Russia in 3-7 days.

For professionals — architects, designers, construction companies — STAVROS provides technical support for projects with flexible molding. Calculation of required bending radii, selection of profiles for specific architectural forms, consultations on installation technology, creation of custom profiles to order (minimum order from 50 linear meters, production time 3-4 weeks).

For private buyers — detailed instructions for installing flexible molding (heating, bending, fixing), demonstration videos of techniques, consultations via phone and online chat (help with choosing a profile, calculating quantity, answering technical questions).

Compliance certificates with sanitary standards guarantee material safety (absence of harmful plasticizer emissions, compliance with residential standards). Product warranty is 12 months — protection against manufacturing defects.

Choose STAVROS — choose flexible molding that bends effortlessly, holds its shape for decades, and creates architectural beauty on curved surfaces. Arches, columns, bay windows, vaults — everything gains completeness and style. Your project deserves the best materials. Take action!