curtain wall Aluminum Sun Shade Louvers

curtain wall

Sun Louvres System is a highly functional , yet architecturally pleasing system that can add color and exciting design effects to a building façade. The Sun Louvres System is available with panel set at the range of angles and a wide range of colors and size. Also, sun louver system provides for flexibility in design, easy maintenance and fast installation. Aluminium Sun Louvres 84R system comprises of 84 mm wide and 16 mm deep roll formed out of aluminium coils. Panels are made of 0.6mm thick aluminium alloy. Carriers are made of 0.9mm thick aluminium alloy with cut-outs. Sun louver system is a vertical wall sun shading system. The system use 84 R panels that snap into vertically mounted frames. The frames can be mounted on the exterior of a building over window openings, along balconies or over open area on a building elevation. The vertical frames are offered in two different designs that hold the panels at different angles of 35 and 45 degrees. The ranges of angles provide air flow, sun shading, safety from rainfall and desired visibility.

Applications & Features:
Horizontal 84R Sun Louver system For high sun angles the horizontal application assures a constant and reliable sun control system during sunny periods
Angled projection 84R Sun Louver system For high and medium sun angles, sloped applications give even more shade
Vertical 84R Sun Louver system For lower sun angles, the vertical application allows a reliable sun control system with good visibility to the outside
Combined 84R Sun Louver system The best sun protection can be obtained using a horizontal or angled louver in combination with a vertical 84R Sun Louver. Maximum inside and outside visibility can be obtained using this solution
Protect from the strong sun light, Heat insulation, Low maintenance cost, Easy installation, Long life and gives exclus

Solar shading products provide a method of reducing the amount of the Sun’s heat transmitted into a building through windows. This can contribute to the thermal performance of the building by:
• Reducing the energy consumption (due to air conditioning)
• Allowing greater use of natural ventilation
• Limiting direct solar radiation while maintaining natural light levels