B
1111/6 Clearview Sahara 1S
B 1111/6 is a square, half shell glass block ideal for horizontal structures for interiors and exteriors.
The small format offers a twofold advantage: on the one hand the panels are safer to walk on, thanks to the larger surface of the space between the blocks, which increases friction.
On the other hand, the reduced size of the format applied for flooring makes the surfaces more decorative and more suitable for furnishing interiors and exteriors
B 1111/6 is available in the smooth glass design and with two finishings (transparent and sand blasted on 1 side).
For the installation it is advisable to leave a space of at least 3 cm between the glass blocks.
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Formats:
Finishings:
Downloads:
Technical Data
Dimensions
11,7x11,7x6 cm
Weight
1,2 Kg
N. Pieces/m2
∼49 (joint 30mm) pcs./m²
N. Pieces/Box
20
N. Pieces/Pallet
900
Weight m2
∼1,08 (joint 30mm) KN/m²
Resistance to breakage (KN)
ΔT = 30°C [UNI 9303]
NOTE:
Seves Glassblock does not take any responsibility for handling of product´s waste after delivery to final destination.
Non-usable glass blocks and/or waste originated from glass blocks should be handled or recycled according to regulation of appropriate local authority.
Seves Glassblock does not take any responsibility for handling of product´s waste after delivery to final destination.
Non-usable glass blocks and/or waste originated from glass blocks should be handled or recycled according to regulation of appropriate local authority.
For any further information, CONTACT US
Hollow and Half Shell: a vast range designed for safety, stability, aesthetic appeal, and luminosity.
A wide variety of solutions for horizontal projects such as roofs, bridges, walkways, underground applications and any external space that requires additional light.
A vast range of glass blocks combining functionality and design and meeting structural requirements in terms of safety and stability and the need for luminosity.
A vast range of glass blocks combining functionality and design and meeting structural requirements in terms of safety and stability and the need for luminosity.
