In Yemen, the construction sector faces severe environmental stress. From the high-altitude regions of Sana'a to the humid coastal plains of Aden, buildings are subjected to intense UV radiation and extreme temperature swings. This thermal expansion and contraction frequently lead to premature cracking in traditional cement plasters, necessitating the use of high-quality fiberglass mesh for plastering to stabilize the outer shell.
Furthermore, the saline-rich air in coastal regions accelerates the chemical degradation of standard building materials. The high alkalinity of local cement mixtures can corrode conventional reinforcement, making alkali resistant fiberglass mesh a non-negotiable requirement for long-term structural integrity and the prevention of spalling.
Economically, there is a growing shift toward rapid reconstruction and urban renewal. The demand for efficiency has led to the adoption of self adhesive fiberglass mesh, which reduces labor time and ensures consistent application in fast-paced project environments across Yemeni cities.
