Mesh reinforcement is a structural strengthening method designed to increase the durability and mechanical performance of thin and large-format facade porcelain tiles. A fiberglass mesh is bonded to the rear surface of the ceramic panel using high alkaline resistant, thermally stable polyurethane or epoxy-based industrial adhesives. This reinforced layer enhances the slab’s flexural and tensile strength, provides controlled elasticity, and significantly reduces the risk of cracking or fracture. The application ensures improved structural reliability and secure handling during manufacturing, transportation, cutting, and mechanical or adhesive installation processes.

The mesh-backing process is particularly preferred for ultra-slim ceramic panels with thicknesses of 3–5 mm. In structures exposed to high wind loads or in open facade systems, it stabilizes the tensile forces occurring on the rear surface of the slab, ensuring a long-lasting and reliable application.