Project Details
| Application Area | Facade |
|---|---|
| Style | Classic |
| Space Type | Wedding Hall |
| Project Year | 2024 |
| Location | TOKAT |
| Products Used | 21 items |
| Material | Rigid polyurethane (PU) |
| Density | 150-220 kg/m³ (production target ~160 kg/m³) |
| Service Temperature | -100 °C / +80 °C |
| Fire Class | B2 (flame retardant) |
Completed in Tokat in 2024, this magnificent wedding hall project seamlessly blends the timeless elegance of classical architecture with modern application using Polure's polyurethane decoration products. The building's exterior offers a sophisticated and prestigious welcoming area, promising guests an unforgettable experience. Three large, centrally located curved arched entrances project the grandeur of the interior outward, while wide side windows allow natural light to flood the space. The nobility of white combined with the shimmer of gold details adds both depth and an eye-catching brilliance to the structure. Aesthetic fountains and meticulously landscaped flower gardens on the front facade add a touch of natural softness and an inviting ambiance to this monumental building.
In the exterior design of this project, polyurethane architraves and curved arches selected from Polure's extensive product range were strategically used to emphasize the architectural outlines. The architraves coded P1454, P1456, P1459, P1460, P1465, P1472, and P14D30, which frame the windows and side doors, provide a distinct border to each opening, giving the facade a rhythmic order and a layered look. The round curved arches of the main entrance—P1456D135VIC, P1456D95VI, and P1472D170VI—reinterpret the arched transitions, indispensable elements of classical architecture, with the lightweight nature and rich detailing of polyurethane. These products have not only ensured visual integrity but also added a three-dimensional texture to the facade.
Another key detail reinforcing the vertical aesthetics of the facade is the pilaster columns coded P5020D, P5020L, P5020W, and P5030C50T. These pilasters give the building a monumental stance, evoking the feel of a classical temple. Thanks to polyurethane's precise molding capability, the capital and base details of each pilaster are crafted down to the finest detail. Additionally, the panels coded P3000A enrich the overall aesthetic by adding depth and movement to the flat surfaces of the facade. The lightweight nature, ease of application, and long-lasting structure of polyurethane material made it the preferred choice for such large-scale, detail-oriented projects.
At Polure, we offer solutions that give spaces an identity and create lasting aesthetic value, just as we did in this Tokat wedding hall project. The unlimited design freedom offered by polyurethane in exterior decoration brings a modern interpretation to classical style while providing practical advantages such as durability and low maintenance. This project serves as an inspiring example for both architects and venue owners on how classical details can be integrated in a contemporary way. Thanks to Polure products, it is possible to create eye-catching, prestigious exteriors that are highly resistant to all weather conditions.
The exterior of this wedding hall perfectly blends classical architectural principles with modern polyurethane materials. While the facade establishes a visual hierarchy through centrally curved entrance arches and symmetrically placed windows, the architraves and pilaster columns framing these openings give the structure a powerful character. The dominant use of white paired with gold accents adds luxury and elegance to the venue, while ensuring a stunning brilliance in daylight. Thanks to the high-definition detailing capability of polyurethane products, the intricate carvings on the pilaster capitals and architrave profiles are beautifully highlighted. The integration of fountains and landscaping softens the rigid architectural lines, creating an inviting atmosphere. This design is a successful demonstration of how Polure redefines classical aesthetics with contemporary application techniques.
Products Used in This Project21
