Modern architectural design, particularly within critical infrastructure such as airports, rail stations, transportation hubs, and public spaces, faces an unprecedented demand for enhanced safety and security measures.
The prevalence of fire outbreaks, acts of vandalism, and terrorist threats necessitates the utilization of materials and design strategies that mitigate the risk of injury and facilitate rapid emergency response.
In particular, the devastating impact of explosions within public environments presents significant design challenges for traditional materials like natural stone and glazing.
Contemporary building materials must not only withstand the force of extreme bomb blasts but also maintain structural integrity, ensuring unobstructed escape routes and unimpeded access to emergency services. Furthermore, the projection of material debris during an explosion must be eliminated to prevent secondary injuries.
Beyond blast resistance, fire safety is paramount. Selected materials must be inherently non-combustible to prevent the exacerbation of fire conditions and the release of toxic smoke and gases, which can significantly impede evacuation efforts and compromise occupant safety.
DynaPanel systems have been developed through rigorous research, full-scale arena bomb blast testing, and specialized engineering expertise, achieving certification to the highest industry safety and performance standards.
Beyond their exceptional safety performance, certified with the highest ASIAD and SIDOS blast certifications, DynaPanel systems represent the most cost-effective blast-tested solutions available in the market. With A1 and A2 fire ratings according to EN 13501-1, DynaPanel Glass, Vitreous Enamel, and Stone Systems emerge as the definitive choice for architects and developers seeking to prioritize public safety and create secure, resilient, and aesthetically captivating environments.
