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Masonry is built from individual units such as concrete blocks, stones, bricks, clay tiles, and terra cotta, bonded together with mortar. Mortar, a mixture of water, cement, and sand, acts as the binding agent that holds these units together. These materials are systematically arranged in courses to create walls, floors, arches, and other structural elements with remarkable strength and durability.

Masonry construction requires basic hand tools: a trowel spreads mortar between units, a hammer adjusts unit positioning, and levels ensure courses remain even and walls stay vertical. These simple tools enable manual construction of masonry structures. The hands-on process allows builders to systematically place and bond units with precision.

A stable foundation is essential for masonry because it counteracts the significant weight of the structure, prevents differential settlement, and avoids crack development. Masonry's compressive strength and durability depend on proper support from below. Without a solid foundation, structural integrity and longevity are compromised.

Structurally, masonry creates load-bearing walls, columns, foundations, and arches that support overlying structure weight. Non-structurally, masonry serves aesthetic and protective purposes in fireplaces, chimneys, facades, and veneer systems. This dual functionality demonstrates masonry's versatility for diverse construction needs and design applications.

Masonry's durability stems from its inherent compressive strength and the binding power of mortar, which creates robust unified structures. Masonry materials often possess natural weather resistance and fire retardancy, contributing to their enduring nature. These properties enable masonry to withstand loads and environmental stresses over extended periods.

Masonry structures can be enhanced with reinforcements such as steel bars and metal ties, providing additional stability and support. These reinforcements are particularly valuable in areas prone to seismic activity or heavy loads. The combination of masonry units, mortar, and steel reinforcement creates stronger, more resilient structures.

Mortar bonds individual masonry units together to form a unified, resilient structure capable of withstanding compressive forces. Made from water, cement, and sand, mortar fills joints between units and transfers loads across the assembly. The binding power of mortar is essential to masonry's strength and structural performance.