OKALUX OKASOLAR F Optimized daylight system for the façade

OKASOLAR F is a daylight system optimized for facades and unites the use of daylight with effective sun protection.‎ The louvre type OKASOLAR F U reflects a large part of the solar irradiation to the outside.‎ OKASOLAR F O is also retro-reflective and directs the incidental daylight deeply into the room.‎ By combining both louvre types in one element, the requirements of the interior can be dealt with specifically.‎ OKASOLAR F can significantly lower the cost for artificial illumination and cooling loads and optimize the energy balance of a building.‎ Due to the extremely narrow profile cross-section of the louvres, OKASOLAR F is especially well-suited for triple-insulating glazing and narrow pane build-ups.‎ BENEFIT: High Functionality Effective, direction-selective sun protection Daylight direction towards building interior Light transmission precisely and specifically adjustable to the project No limitations in the function when compared to shading systems located in the interior or exterior Two functionally different louvre types can be combined in one insulating glass module without visible differences The extremely narrow dimension of the louvres enables especially narrow pane build-ups.‎ Fire protection according to requirements Variety of special formats possible Visibility as bird protection function Sustainability Daylight entry reduces need for artificial  light Reduction of cooling load in summer, solar gains in winter time Fully recyclable Louvres fully and durably protected inside the cavity No additional cost for maintenance, repair or cleaning User Comfort Comfortable daylight atmosphere in the entire interior Outstanding vision to the outside Effective privacy protection Technical data Maximum dimensions: 3,000 mm x 4,000 mm, larger sizes available upon request Maximum dimensions: 7 m2 Partial transparency: 57 % Louvre distance: 9.‎5 mm All technical values, such as light transmission, TSET and Ug-values can be adjusted matching requirements by varying other constructions and glass types.‎