Mortar:
Mortar is primarily used as a bonding material for masonry units, such as bricks, stones, or concrete blocks, to create walls or structures.
It is designed to have moderate strength, sufficient to hold masonry units in place and provide a durable, cohesive bond.
Mortar typically has lower compressive strength compared to concrete and is not intended for structural purposes on its own.
Over time, mortar hardens through a process called hydration, where the cement particles react with water to form crystalline structures, making it progressively stronger.
Concrete:
Concrete is a structural material used for building foundations, slabs, columns, beams, and other load-bearing components.
It is designed to have high compressive strength and can support heavy loads.
Concrete has a higher cement content and often contains coarser aggregates (such as gravel) compared to mortar, which contributes to its higher strength.
Like mortar, concrete hardens through the hydration of cement particles but achieves much higher compressive strengths.
In summary, both mortar and concrete can harden and become solid, but their intended purposes and strengths differ significantly. Mortar is meant for bonding masonry units together and has lower strength compared to concrete, which is designed to bear structural loads. The hardening process for both materials is similar, relying on the hydration of cement, but the mix proportions and intended applications determine their ultimate strength and use cases.
