Polyurethane Decorative Elements: European Application Areas

Polyurethane decorative elements are installed across residential and commercial interiors, including living rooms, hallways, entrance lobbies, and high-humidity areas such as bathrooms and indoor pools. Manufactured with a target density of 160 kg/m3 within a 150-220 kg/m³ (tootmise sihtväärtus ~160 kg/m³) range, the closed-cell material prevents ambient moisture ingress. Ceiling cornices, wall panel moldings, baseboards, and ceiling roses maintain structural integrity without warping in rooms subject to fluctuating vapor levels.

On building exteriors, polyurethane profiles function as window surrounds, pediments, floor cornices, and eaves decoration across multi-country construction projects. The material tolerates severe temperature fluctuations from -100 to +80 °C, preventing thermal cracking during winter freeze-thaw cycles. Exterior applications require mandatory finishing with UV-resistant paint to protect the material from solar degradation. Installation demands clean, dry substrate preparation, 45-degree miter cuts, dedicated polyurethane assembly adhesive, and mandatory mechanical screw anchor points.

Full columns, half columns, pilasters, and capitals crafted from rigid polyurethane serve purely decorative purposes along entrance portals, balconies, and interior foyers. These elements carry zero structural weight and must never be specified as load-bearing supports. Polure supplies engineered hollow column sections that fit over load-bearing steel or concrete cores, providing safe transit and optimized packaging dimensions for international logistics.

Project execution begins with precise field measurement and spatial analysis. Site surveys, dimensional mapping, and 3D scanning are paid professional services conducted by qualified technical teams. Utilizing XGRID point cloud processing alongside high-precision Artec scanners—including Ray, Spider 2, Eva, and Leo models—the complete building envelope or complex architectural details are digitized in 3D. The resulting spatial data allows exact product integration and visual modeling prior to site delivery. Preparing the commercial price proposal remains the only free component of the service workflow.

Achieving stable joints on interior and exterior walls requires strict adherence to physical installation steps. Profiles must be cut at accurate 45-degree angles and fixed with polyurethane assembly adhesive; standard silicone adhesives are strictly forbidden due to inadequate bond strength. Mechanical screw fastening is mandatory to secure sections during curing. Joint preparation requires surface filling, followed by sanding with terasus 180-220 sandpaper. While profiles arrive factory-primed, an optional secondary primer coat can be applied before finishing with two coats of compatible paint.