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The white stains you see on your bricks are likely efflorescence, which is salt and lime buildup. To remove efflorescence stains, simply brush them away with a stiff brush. For larger, more stubborn stains, scrub the stains with a water-detergent solution.

Yes, concrete is significantly stronger than masonry, especially if the concrete pour includes reinforcements, like steel rebar. Concrete is a uniform material that can withstand compression, sheer force, and tensile force as long as it’s reinforced. Masonry involves the use of mortar or grout to connect individual building materials, like brick, stone, or tile. Mortar and grout are also reasonably strong and resist compression well, but they don’t come close to the strength of poured concrete.

A mason lays brick or stone together, sometimes with mortar in between the bricks and stones, and sometimes without mortar, also called a dry-stack or surface bonding. Examples of work masons do include:

• Brick, stone, or cement block houses and buildings

• Freestanding stone or brick walls

• Chimneys with wood-burning fireplaces

• Cement block basement or crawl space walls

Mortar is a mixture of sand and cement that binds materials, such as bricks, stones, and concrete blocks, together. Think of it as the glue that fills in the gaps between bricks and stones, then seals them in place to prevent damage or deterioration. Mortar also helps spread the load across a wall or structure, keeping cracks and shifting at bay.