DuraSystems provides heavy duty fire and blast wall tested with various quantities of explosives to simulate real world scenarios. Contact DuraSystems for heavy duty blast wall which ensure safety of people and property from fire. Visit http://www.durasystems.com/walls-ceilings

1. DuraSystems 199 Courtland Avenue, Vaughan, Ontario L4K 4T2
Tel: (905) 660-4455 Toll Free: 1-866-338-0988 Fax: (905) 660-8887 www.durasystems.com
High security blast walls & doors help limit the damage from
explosions and flying debris in the event of a terrorist attack.
In today`s heated security environment, protecting people
and property is a major concern of most companies,
organizations and governments.
Terrorism is unfortunately an ever present danger in today’s
world and companies need to take every reasonable
step possible to protect personnel and property. To help
companies mitigate the danger of terrorism, DuraSystems
has developed high security blast walls & doors.
Our high security blast walls and doors have been tested
with various quantities of explosives to simulate real world
scenarios. For example, to simulate a car bomb, 440lbs of
TNT was exploded at a distance of 22 yards from a high
security blast wall & door. This blast resulted in a large
pressure wave of 2.33 bar. The high security blast wall &
door achieved the required level of protection and the door
remained operational.
High security blast walls & doors can be designed to your
specific needs and are easy to install and relatively light
weight. DuraSystems can also provide blast and fire resistant
ventilation duct systems to help ensure fresh air is available
in safe rooms and emergency egress routes in the event of
an explosion.
DuraSystems’ high security blast walls & doors are an ideal
solution to help protect your personnel and property in the
event of a terrorist attack.
High Security Blast Walls & Doors
Protection from Terrorist Attacks
Please visit our website at www.durasystems.com or contact DuraSystems for further information at info@durasystems.com
Source:FEMA425
Blast Over Pressure Comparison
Rev-02