Applications:

 

Shutter systems in a Facing Application for covering buildings by means of ventilated façades or curtain walls, made with continual slat solar protection, which can be either moveable or fixed with the possibility of different inclinations. They are fixed with either hidden joist supports or wall studs. 

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Shutter systems in a Fixed Application for panels placed in gaps or for façade coverings. They have visible wall studs or between visible frames with either adjustable or fixed solar protection slats.

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Shutter systems in a Sliding Application of mobile panels, which slide horizontally along guide rails located on either the inside or outside of the façades. They are made up of panels with visible frames and fittings, use ball bearings to aid displacement, and have adjustable or fixed solar protection slats.

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Shutter systems in a Practicable Application of adjustable panels which pivot on a vertical axis close to the far edge of the panel. They are made up of panels with visible frames, pivoting fittings for displacement, and adjustable or fixed solar protection slats.

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Shutter systems in a Pivoting Application of adjustable panels which pivot on a vertical axis close to the far edge of the panel. They are made up of panels with visible frames, pivoting fittings for displacement, and adjustable or fixed solar protection slats.

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Shutter systems in a Projectable Application of moveable panels which are hinged on the upper edge of the frame and have external projection. They are made up of panels with visible frames, projectable fittings for displacement, and adjustable or fixed solar protection slats.

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Shutter systems in a Slide + Folding Application of various moveable panels, joined together vertically, practicable and move horizontally along guide rails. They are made up of various panels hinged together like an accordion with practicable fittings, ball bearings for horizontal movement, and adjustable or fixed solar protection slats.  

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Shutter systems in a Retractable Application of two moveable panels joined together vertically; one panel has a fixed vertical axis and the other has vertical axis which moves horizontally along a guide rail. Both panels are made up of visible frames which are linked together using hinges with pivoting fittings and ball bearings for horizontal movement, and they have adjustable or fixed solar protection slats.    

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Shutter systems in a Folding Application of two moveable panels which are linked together horizontally. They are practicable and upwards displaceable along guide rails. They are made up of two panels with visible frames joined together using hinges with compensator fittings, ball bearings for vertical displacement, and have adjustable or fixed solar protection slats.

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Motor Drive: activation of automatic slat positioning with either a visible operator (Lineal motor) or a hidden operator (tubular motors), depending on the type of slats and frames used and with an individual control point to manage operation, or with the possibility of a general control. Our systems are adaptable to different domotic languages. Refer to manufacturer’s instructions and warnings for details of the different automatisms’ usage features.

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Solar Motor Drive:  activation of automatic slat positioning with a hidden operator (tubular motor) fuelled by solar energy, a low-consumption motor, and a long-life battery powered by photovoltaic cells, which offer infinite autonomy in all climates. Automatically control the charge and force applied to the slat system with a remote using Wirefree wireless technology to manage operation. Refer to manufacturer’s instructions and warnings for details of the different automatisms’ usage features.

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Manual Drive:  activation of manual slat positioning with different possibilities for operation (retractable knob, lever, trigger, crank, universal joint, linear cylinder, and Teleflex) depending on the types of slats and frames used.

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En Gradhermetic creamos estrategias que aumentan la eficiencia energética, hacemos uso óptimo de los diferentes sistemas para la protección de la fuerte radiación solar, generando ventilación natural, y evitando así un gran consumo de energía por el uso inapropiado de refrigeración artificial.

 

• En INVIERNO: La regulación de las lamas permite disminuir el consumo en calefacción, ya que durante el día con la apertura de lamas aumentamos la captación de energía solar hacia el interior del edificio. Durante la noche, con el cierre de lamas ayudamos a mantener la temperatura interior.

 

• En VERANO: La estrategia debe cambiar, orientando las lamas de modo que impidan el paso de los rayos solares hacia el interior del edificio, permitiendo mantener una agradable temperatura ambiente y consiguiendo un sustancial ahorro en aire acondicionado. Durante la noche, la apertura de lamas y ventanas permite la circulación de aire, reduciendo otra vez las necesidades de aire acondicionado.

 

Los sistemas de protección solar de Gradhermetic son una excelente solución, ya que permiten regular fácilmente la energía solar que penetra en el interior del edificio:  

 

Las protecciones solares Gradhermetic ayudan a elevar la puntuación en la evaluación de la obtención de estos certificados destinados a mejorar la sostenibilidad. 

 

    

       

 

How to maintain our products:

For a good maintenance of our products, please download the maintenance instructions, which you can find on the right sidebar.