Exterior Sun Control

With over 40 years of experience with exterior Sun Control Systems, Hunter Douglas provides architects the knowledge and expertise to integrate Sun Control Systems into the building architecture, enhancing the façade while providing highly effective sun protection.





Sun Louvres PRODUCTS

Sun Louvres

Sun Louvres

OPEN FAÇADE SYSTEMS

Hunter Douglas Open Façade Sun Louvres blend design and functionality. They bring a distinct look to a building's exterior, while providing shade and comfort to the people inside. The aluminium panels provide an effective sun control solution and create a semi transparent envelope around the façade.
       

Sun Louvres

Sun Louvres

CANOPY SYSTEMS

Hunter Douglas Canopy Systems blend design and functionality, bringing a distinct look to a building's exterior while providing shade and comfort to the people inside. As a timeless architectural element projecting canopy systems connect the building volume with the space around it.

Sun Louvres

Shutters

Shutters

The Shutters System delivers outstanding shading and thermal performances, as well as privacy control to the interior space, so it was widely used in traditional buildings. Nowadays when large areas of glass are applied in architecture, designers reconsider this traditional element and use it creatively to create a comfortable interior environment, and at the same time make the building stand out with an exceptional look. Hunter Douglas Shutters System understands the new interpretation of this traditional architectural element.

Sun Louvres

Linear

Linear

Linear sun control system is based on roll formed single skin panels, fully integratable and available with a variety of support structures. As a classic product among Hunter Douglas sun control systems, it can be horizontally projected and vertically mounted. Linear provides a relatively economic sun control solution thanks to the rational system design, unsophisticated structure and compact appearance.

Sun Louvres

Aeroskin

Aeroskin

Combination of roll-formed aluminum panels and aluminum profile fins
  Optional Polyester, PVDF and Luxacote surface coatings 
  Diversified coating effects including wood grain, bamboo grain and stone texture 
  Standard widths: three varieties of 166, 200 and 350
  Special quincunx fixed shaft ensures a more stable driving system
  Fin positioned horizontally or vertically
  System projected horizontally or positioned vertically
  Two installation systems available: fixed and operable (automatic, timing and manual)
  Corner solutions available

Sun Louvres

Aerobrise

Aerobrise

The Aerobrise System has roll-formed fins, and falls into two categories: Single Aerobrise and Double Aerobrise (a Double Aerobrise fin is the combination of two Single Aerobrise fins). As one of the most characteristic Sun Control Systems of Hunter Douglas, this system features simple structure, sophisticated design, and unique and varying decorative effect.

Sun Louvres

Aeroscreen

Aeroscreen

The Aeroscreen System has roll-formed and perforated fins. While ideally controlling heat gain and light, the fins also preserve views to the outside and broaden the occupants’ visual space. The elegant and transparent Aeroscreen System acts perfectly well with the sedate appearance of a building, creating a beautiful look with unique charm.

Sun Louvres

Aerofoils

Aerofoils

The Aerofoils System has six different standard extruded profiles which are wing-shaped and with sleek lines. Fin finishes are available in various solutions and installation systems in fixed and operable configurations. This system combines optimal solar effectiveness with a futuristic appearance.

Sun Louvres

EOS® Control System

EOS® Control System

The more controllable the system is, the more comfortable the indoor environment will be. Hunter Douglas offers a full range of custom control systems for customers, no matter if it is a basic control system based on the sun and weather conditions or an intelligent control system that takes the overall management of the whole building and human-oriented control into consideration.