Beam

This is a family of rectangular parasols of different sections and sizes resulting from the combination of the Vee louvers models adapted to a common central core.

The different design proposals can be installed individually or integrated within the same facade as a personalized concept based on the generation of differentiated volumes and projections.

The installation is done using clamps that project the shape to its maximum extent at 90 degrees.

SOLAR CONTROL

Solar control slats are designed to limit the direct incidence of natural light. They reduce the temperature inside the installed areas and favor transparency, allowing the user to enjoy a high degree of vision.

MECHANICAL ASSEMBLY SYSTEM

The option to install the slats by means of a mechanical assembly was developed to address the necessities of large glass surfaces, where a clean look with a limited number of vertical supports is called for in order to preserve a major visual transparency.

The mechanical attachment of the slats to the building structure is done by means of pincers that stick out of the flat surface of the structure. The installation of the slats in various inclination grades limits the direct solar impact and projects shadows onto the building envelope, resulting in a temperature reduction in the building.

Another option is to install side plates on the interior of the structure. These are offered in various designs so as to create different façade design patterns.

Download the technical documents related to this product:

Technical Drawings – Beam

Foil 300 – 400

Foil 300 - 400

Foil 300 and 400 models are developed to meet the needs of solar control of large glass surfaces that, due to their orientation, are exposed to a high solar incidence and consequently require large amounts of energy to generate comfortable thermal conditions.

These Foil 300 and 400 systems are installed using clamps that project the slat from one of its extremes in different grades. The size of its 300 and 400 mm slats allows the prescriber to project very clean surfaces by limiting the presence of vertical profiles that can be spaced up to 3.50 meters apart, depending on the installation height and wind resistance required.

SOLAR CONTROL

Solar control slats are designed to limit the direct incidence of natural light. They reduce the temperature inside the installed areas and favor transparency, allowing the user to enjoy a high degree of vision.

MECHANICAL ASSEMBLY SYSTEM

The option to install the slats by means of a mechanical assembly was developed to address the necessities of large glass surfaces, where a clean look with a limited number of vertical supports is called for in order to preserve a major visual transparency.

The mechanical attachment of the slats to the building structure is done by means of pincers that stick out of the flat surface of the structure. The installation of the slats in various inclination grades limits the direct solar impact and projects shadows onto the building envelope, resulting in a temperature reduction in the building.

Another option is to install side plates on the interior of the structure. These are offered in various designs so as to create different façade design patterns.

Download the technical documents related to this product:

Foil 120

Foil 120 is a 120mm aircraft wing louvers proposal that offers a complete system of architectural solutions based on different installation options. A complete range of accessories is specially designed to generate a wide range of options for solar control, visual and thermal comfort.

Foil 120 slats act as a sunshade, which not only protects the building and its interior from solar radiation, but also can regulate its intensity, which combined with the air conditioning system help to provide thermal comfort to the interior of the building .

Foil 120 Mobile

The slats rotate up to 138º following the circadian cycle of the sun, and in vertical layout installations the direction of the slats can be selected according to the orientation of the facade.

Foil 120 incorporates in its design ABS side plugs to facilitate smooth sliding of the slats and eliminate friction between metal profiles avoiding oxidation points that affect the movement mechanism.

The facilities can be designed with manual mechanisms where you can access your movement from the inside or motorized when the needs of the project or its use so require.

We have intelligent systems that offer the designer the possibility of orienting the position of the slats according to the sun, wind, rain or a specific schedule.

SOLAR CONTROL

Solar control slats are designed to limit the direct incidence of natural light. They reduce the temperature inside the installed areas and favor transparency, allowing the user to enjoy a high degree of vision.

MECHANICAL ASSEMBLY SYSTEM

The option to install the slats by means of a mechanical assembly was developed to address the necessities of large glass surfaces, where a clean look with a limited number of vertical supports is called for in order to preserve a major visual transparency.

The mechanical attachment of the slats to the building structure is done by means of pincers that stick out of the flat surface of the structure. The installation of the slats in various inclination grades limits the direct solar impact and projects shadows onto the building envelope, resulting in a temperature reduction in the building.

Another option is to install side plates on the interior of the structure. These are offered in various designs so as to create different façade design patterns.