As protection against attacks using weapons sedak offers protection in the bullet-resistance classes BR2 NS to BR7 NS (according to DIN EN 1063), so up to the highest level of protection, with its insulating glass sedak isosecure. Glass panes are therefore available to suit every security requirement level.
The glass does without the polycarbonate system that is usually used, whereby the fire risk is reduced in comparison to conventional solutions. In August 2020, sedak isosecure achieved a "Special Mention" in the well-known Architizer A+Awards.
The comprehensive overall functionality of the insulating glass was commended. Seats of government and embassies, private houses with increased security requirements, airports and venues for events: there are many buildings that have high security requirements in connection with protection against attacks with firearms. This places high demands, especially on the transparent surfaces.
The glass processor sedak offers the bullet-resistant insulating glass sedak isosecure to meet these demands. It is now widely certified in the bullet-resistance classes BR 2 NS to BR7 NS (according to DIN EN 1063). In the highest bullet-resistance class the panes even withstand attacks with hardened steel-core ammunition. The bullet-resistant insulating glass is available up to a maximum format of 3.6 x 20 meters – and is also certified for thermally toughened glass.
A special feature is that isosecure achieves its high splinter-free resistance without use of the conventional polycarbonate system. This reduces the fire risk significantly. Independent of the security class, the glass can be supplied with the usual solar and heat control coatings. Reliable security and aesthetically pleasing transparency for representative buildings with high security requirements are therefore no longer mutually exclusive – through the use of bullet-proof, oversized glass panes. This is all the more true since the pane construction always has glass (and not film) on both external sides: so that the impression made by the glass remains undisturbed from both the inside and the outside.
