Pivot door PV1500

PV1500 pivot door — axial opening system with architectural impact, slim profile and premium finish for contemporary entrances.

The PV1500 pivot door represents premium access solutions for buildings with high architectural ambitions. This product embodies modern, functional design conceived for primary entrances that demand distinctive visual presence and fluid opening without aggressive side frames.

The axial opening system is central to its conception—pivot hinges positioned at top and bottom extremities enable complete rotation on the vertical axis, with sizing adaptable to entry width. The profile is refined and slender, finished in premium paint or material, eliminating the heavy appearance of traditional doors. Glass can optionally be triple-glazed or double-glazed, depending on insulation and aesthetic requirements.

Performance combines ease of opening with structural stability. The pivot mechanism is equipped with dampers and controlled closure, ensuring safe opening in wind conditions and protection against accidental impact. For exterior applications, the profile may include drainage channels and aerodynamic barriers to minimize air and water infiltration. Sealing systems provide thermal and acoustic protection appropriate to the installation context.

Customization is fully flexible—the door can be fabricated to any required dimension (from standard ceiling heights to oversized installations), with choice between pure metallic finishes, RAL colors, textured paint or even natural veneer cladding. The glass panel can be transparent, clear or decorated with discrete textures, depending on privacy requirements and architectural harmony.

PV1500 addresses premium residential projects, commercial buildings with distinctive identity and spaces requiring visual clarity and functional efficiency. It integrates seamlessly into minimalist, neo-industrial or rustic-inflected interiors, pairing effortlessly with solid wood flooring, large-format tile or patinated concrete.

The PV1500 pivot door rotates on vertical axes (adjustable pins) at top and bottom, rather than side hinges. This enables wider architectural proportions, a more dramatic opening, and a clean visual line with no exposed hinges. The pivot system is ideal for striking modern entrances.

The thermal coefficient Ud is 0.69 W/m²K (certified EN ISO 10077-2), placing it in the top efficiency class for entrance doors. This is achieved through the aluminum profile with anti-distortion polyamide (32 mm), dual-level EPDM perimeter sealing, and a design that minimizes thermal bridging. Performance is ideal for modern buildings with strict energy standards.

The frame and leaf are high-quality aluminum, 113 mm thick, with 32 mm anti-distortion polyamide inserts that prevent thermal warping. The structure is rigid and lightweight, ideal for the pivot mechanism that requires precise balance. Finish options include paint, veneer, or laminate, tailored to your preferences.

The door features a BKS security cylinder with 5 keys and magnetic card, protecting against forced entry. The dual-level EPDM seal and pivot mechanism with adjustable pins ensure airtight closure and controlled opening. For enhanced break-in resistance, RC2 or RC3 anti-burglary classes can be implemented (depending on chosen configuration), meeting European safety standards.

The PV1500 pivot system requires solid masonry and a base plate to support the mechanism balance. The threshold is 20 mm high (accessible), with precise frame-to-leaf co-planarity. Installation demands exact alignment of vertical pins and may require lintel reinforcement for larger proportions. We recommend on-site evaluation by -certified installers.

The PV1500 requires periodic cleaning with soft cloth and neutral soap; avoid harsh chemicals. The pivot mechanism should be checked annually for alignment and pin adjustment. Paint and laminate finishes are UV and moisture-resistant if care instructions are followed. For veneered finishes, we recommend protective treatment every 2–3 years to maintain the premium appearance.