“The Changing and Unadaptable Weather Conditions is Increasing the Use of Rainscreen Cladding Systems”
With diverse climatic challenges ranging from extreme heat and dust storms to high humidity and heavy rainfall, the region's building infrastructure is increasingly at risk of damage from the elements. This changing weather pattern is a key trend behind the adoption of rainscreen cladding systems, which offer effective solutions for mitigating weather-related building issues. In the Middle East, where temperatures frequently soar above 40°C during the summer months, buildings face intense thermal stresses. The region also experiences frequent dust storms, which can lead to abrasive damage to facades, while occasional rainfall can result in water penetration and structural degradation. Rainscreen cladding systems, which create a ventilated air gap between the building's outer layer and the structural wall, help to address these challenges by improving moisture drainage, reducing thermal heat transfer, and providing better protection against environmental elements. This makes them highly suitable for regions with extreme heat and unpredictable weather conditions.
Similarly, in parts of Africa, particularly coastal areas where humidity, rain, and salt-laden air are common, building facades are prone to corrosion, mold, and moisture damage. Rainscreen cladding systems serve as an effective barrier against these environmental risks by preventing water ingress and reducing the potential for mold growth and material degradation. This growing trend of the protective benefits of rainscreen systems is further driving their adoption in both residential and commercial construction projects.
