Storm Resistance
Natural disasters, particularly storms, cause an estimated $54 billion in annual damages in the United States. High winds, flying debris, and water intrusion can devastate buildings constructed with conventional materials, leading to extensive repairs and financial losses. Traditional materials often lack the durability and resilience needed to withstand these extreme weather conditions. With climate change driving an increase in the frequency and intensity of storms, the risk to structures is higher than ever. Insurance companies are responding by raising premiums or even denying coverage in storm-prone areas, adding financial strain to homeowners.
MAXTERRA products offer enhanced protection
against these destructive forces.
Key Facts and Certifications.
Key Facts and Certifications.
Impact Resistance in Storms
MAXTERRA panels meet Miami-Dade County’s TAS Impact Standard testing requirements, providing exceptional protection against flying debris during hurricanes.
High Wind Load Capacity
MAXTERRA panels can withstand wind loads over 60 psf for walls and roofs, ensuring that structures remain stable and secure even in severe storm conditions.
Water Resistance to Prevent Storm Damage
MAXTERRA panels are water-resistant and can withstand moisture and water infiltration that may occur during storms. Unlike traditional drywall, MAXTERRA panels are unlikely to deteriorate or warp when exposed to strong winds or heavy rains.
Application Highlights
Situation
Buildings in storm-prone areas face challenges from extreme weather conditions, including high winds, heavy rain, and flying debris, which can compromise structural integrity.
Solution
MAXTERRA MgO panels offer superior impact resistance and strength, making them ideal for storm-resistant construction. Their robust composition ensures that buildings can withstand harsh weather conditions.
Impact
Structures built with MAXTERRA products are more resilient to storm damage, protecting occupants and reducing repair costs. This leads to safer and more durable buildings, capable of withstanding the challenges posed by severe weather events.