Architectural Columns
Polure architectural columns brings architectural refinement and structural durability to interior and exterior design projects. Manufactured from high-density rigid polyurethane (150-220 kg/m³), this element delivers wood-like mechanical strength while remaining lightweight, preventing structural strain on walls or facades. Its closed-cell structure ensures water absorption remains under 1%, making it completely resistant to moisture, rot, mold, and insect damage in humid or outdoor conditions. Operating reliably across temperatures from -100 °C / +80 °C without warping or shrinking, the product features a B2 fire safety rating for self-extinguishing flame resistance. Pre-coated with factory white acrylic technical primer, it installs using continuous PU assembly adhesive on contact edges paired with mechanical countersunk screws. Fill joint seams and screw holes with acrylic putty, sand smooth with 180-220 grit paper, and finish with quality topcoat paint.
Frequently Asked Questions
What material is used for Polure architectural columns?
Polure architectural columns is manufactured from high-density rigid polyurethane (150-220 kg/m³), providing wood-like impact resistance, lightweight handling, and a B2 fire safety classification.
Is Polure architectural columns resistant to moisture and weather?
Yes. With a closed-cell structure and water absorption under 1%, it will not rot, mold, swell, or deteriorate, remaining stable between -100 °C / +80 °C.
How is Polure architectural columns installed?
Installation requires continuous polyurethane assembly adhesive on contact edges and mechanical countersunk screws. Silicone adhesive is strictly forbidden. Joints are filled, sanded with 180-220 grit, and painted.
What painting preparation is required for Polure architectural columns?
The product comes factory pre-primed in white acrylic. Lightly sand with 180-220 grit sandpaper to remove mold release residue before applying topcoat paint.
Are Polure architectural columns elements load-bearing?
No, they are hollow decorative non-load-bearing elements. Structural loads must be carried by an internal steel or wood core. Concrete must never be poured inside.