Poliuretanowy Dekoracyjny Naczółek Łuku Zakrzywionego

Eskluzywny naczółek łukowy P1456D44VIA z poliuretanu charakteryzuje się bogatym motywem muszli oraz owalnym kartuszem z akantowym reliefem.

In terms of technical specifications, the piece measures 267 mm in depth, 840 mm in width, and 420 mm in height, providing a substantial visual focal point. Manufactured from high-density rigid poliuretan (150-200 kg/m³), it matches the density and workability of hardwood while remaining significantly lighter than plaster or cast stone. This lightweight characteristic reduces structural load and simplifies high-elevation installations. Its closed-cell structure guarantees low water absorption of under 1%, preventing warping, cracking, or rot in damp environments.

The design showcases absolute symmetry, with sweeping acanthus leaves flanking the central oval medallion and a scalloped shell crowning the piece. This ornate classical style bridges traditional Baroque and Neoclassical design themes. The smooth, factory-applied primer coat provides a uniform base. While this factory finish prepares the surface for paint, applying a dedicated primer matching your specific paint brand is optional and recommended for maximum adhesion and warranty support.

This versatile pediment is suitable for both luxury interiors and exterior facades. It can embellish grand entrance portals, hallway transitions, or frame majestic arched windows. When used outdoors, finishing the product with high-quality, UV-resistant paint is mandatory to prevent discoloration from sunlight exposure, as unpainted poliuretan can yellow over time.

Installation is straightforward but requires proper materials. Fastening requires a clean, dry surface, followed by the application of poliuretan (PU) assembly adhesive to the contact areas. Mechanical securing with screws is mandatory to ensure long-term structural stability. Finish by filling joint lines and screw heads with exterior-grade filler, sanding with 180-220 grit paper, and applying your chosen paint system. This synthetic material outperforms plaster or timber by resisting impact, insects, and moisture decay.