1919/10 30F Wave is the Technology Line glass block that has a structure with high mechanical resistance to the action of flames, the propagation of fire, smoke and heat for 30 minutes (value El 30 according to European norm EN 1364-1:19999)
This class of resistance not only gives the structure stability and strength but also limits the passage of heat radiations thus also preventing the heating of objects placed in the environments protected by the glass blocks.
1919/10 30F Wave is the ideal glass block for the applications that demand high quality characteristics to meet safety needs.
As well as its principal characteristic associated with its parameters of fire resistance , the 30F Wave glass block is also used in environments where there is the need for high standards of protection against intruders from the outside.
For the values stated in the certifications to be valid, the installation of the glass blocks must be done following the indications given in the certifications.
+ show more
Solar-reflecting glass block is made with protective cover films for applications to reduce overheating.
CLICK HERE TO DISCOVER MORE
∼25 (joint 10mm) pcs./m²
∼2,0 (joint 10mm) KN/m²
EI30 (EN 1364-1)
minimum single value ≥ 6,0; average value ≥ 7,0; [EN 1051-1]
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.
Fire Resistant glass block offers high thermal stability, protecting both vertical and horizontal structures and facades from smoke and fire.
30, 60, 90 minute class of fire-resistant glass block to provide structural stability and strength while protecting objects and people from the passage of smoke, gas and flame.
Seves Glassblock submits the “fire resistant” glass blocks to strict quality controls which raise their mean resistance and enable the stability of the panel and its heat insulation quality to be verified over time.