Curtain Wall System

Curtain Wall System (Capped and Structural Silicone Type)

Features and Application Information

Description:

The System is a curtain wall system designed with load-bearing aluminum profiles, suitable for both capped and structural silicone applications. It offers transparent glass surfaces and aesthetic detailing. Developed for modern architecture requiring stylish, durable, and thermally insulated façades.

Technical Specifications:

• Profile Sections:

  • Face width: 50 mm (internal mullions and transoms)

  • Cap width: 20 mm (in capped applications)

  • Depth: 65 mm, 85 mm, 105 mm, 125 mm (according to static requirements)

• Glazing Application:

  • Glass thickness: 24 – 32 mm

  • Glazing method: Bonding and/or mechanical clamping

  • Opening type: Tilt-and-turn (insulated or non-insulated)

• Thermal and Structural Performance:

  • Air permeability: Class AE (EN 12152)

  • Water tightness: Class RE 1200 (EN 12154)

  • Wind resistance: ±2400 Pa (EN 13116)

  • Thermal transmittance (Uf): 2.1 – 2.4 W/m²K

• Material:

  • Aluminum alloy EN AW 6063 T5/T6

  • Surface finish: Anodized (20 microns), electrostatic powder coating (≥60 microns), RAL and wood-effect options

• Installation Details:

  • Sealing with EPDM gaskets (air, water, dust protection)

  • Polyamide thermal breaks

  • Integrated condensate drainage channels

Advantages:

• Combination of capped and structural glazing in one system

• Quick and easy installation

• Transparent and aesthetic façade appearance

• Adaptable to various building types

Fields of Application:

• Office and commercial buildings

• Public and educational institutions

• Shopping centers, hotels, and residential projects

• High-rise towers and complexes

System Components:

• Vertical mullions

• Horizontal transoms

• External cover caps (20 mm)

• EPDM gaskets and glazing beads

• Thermal break strips

• Anchors and fastening elements

• Optional tilt-and-turn window units

For more technical information and support, please contact us.