Classical Entryway Decor
Polure classical entryway decor elements elevate foyers and entrances with timeless architectural sophistication. Crafted from high-density rigid polyurethane (150-220 kg/m³), these moldings provide fine carved detailing with wood-like strength while remaining lightweight for single-installer mounting. Featuring a closed-cell structure with water absorption under 1%, they resist humidity, moisture, and mold, making them ideal for high-traffic entry halls and sheltered outdoor porticos. They maintain complete structural stability between -100 °C / +80 °C and carry a B2 fire rating. Factory-coated with a smooth white acrylic technical primer, installation requires continuous PU assembly adhesive on all contact edges paired with countersunk screw fasteners, finished with seamless acrylic joint filing and painting.
Frequently Asked Questions
What material is Polure classical entryway decor made of?
Polure classical entryway decor is crafted from high-density rigid polyurethane (150-220 kg/m³), offering wood-like impact resistance, lightweight structure, and B2 fire safety rating.
Can classical entryway decor profiles be used in humid foyer areas?
Yes. With a closed-cell structure and water absorption below 1%, classical entryway decor elements will not rot, swell, or cultivate mold in entrance spaces.
How is classical entryway decor installed on entrance walls?
Installation involves cleaning surfaces, applying continuous PU assembly adhesive to joints and contact lines, and securing with screws. Silicone is forbidden. Screws are countersunk, filled with acrylic putty, and sanded smooth.
What painting procedure is required for classical entryway decor?
Elements arrive pre-primed in white acrylic primer. Indoor applications require two coats of water-based paint, while outdoor porticos require UV-resistant exterior facade paint.
Does classical entryway decor withstand outdoor temperature fluctuations?
Yes, classical entryway decor maintains full dimensional stability without shrinkage or warping in temperatures from -100 °C / +80 °C.