SB 7060
Basic dimensions
Height 70mm, width 60mm.
Use
Suitable for creating a glass parapet of small height (<70cm).
Characteristics
Glazing thickness 10-13.5mm. Laminated or tempered laminated glass. Aluminum cover (covering the base) of square or oval cross-section.
Support type
Sali-Base support base
External cross-section
Oval or Square
Support system for glass railing, consisting of a discreet aluminum profile. It is ideal for small balconies, but also easily adaptable to be installed in a variety of other applications. Perfect finish, modern design, unobstructed view, and at the same time robust construction of high strength, in compliance with every safety regulation. The SB7060 is a glass fixing system without vertical support columns, which uses a 70x60mm aluminum profile to build a glass railing on a floor or parapet.
It supports a vertical uniform pane of ten to twelve millimeters triplex or triplex securit with transparent or colored film, without holes and notches. Replacing the glasses is easy, without causing damage to the floor or the system itself. The useful height of the glass can reach up to 60cm, while with the addition of a reinforced stainless steel or heavy-duty aluminum handrail (1.89Kg/m), it can reach a final height of 100cm. Its finish can be either plain glass that has been specially polished, or a handrail (aluminum or stainless steel).
The base can be covered with two types of cover: either oval or rectangular in cross-section, which can be anodized (natural anodized or imitation inox satin) as well as painted in any electrostatic RAL shade. An impressive spectacle is created by the application of LED strips inside the base, with which the emitted light diffuses from the edges of the glass panel, while the surface maintains its transparency.
Used to form glass parapets on balconies or wherever else a glass railing may be required. An impressive effect can be achieved with a LED tape positioned inside the mounts, allowing light to travel through the glass and dispersed at its edges, while the surface retains its transparency.
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