Masonry Paving

Masonry paving uses bricks, stones, and concrete masonry units selected for their shape, color, strength, and resistance to abrasion and weathering. These materials are chosen to withstand pedestrian and vehicular traffic while maintaining aesthetic appeal. The units are laid over a settling base and base layer to ensure proper installation and durability.

The settling bed is a one to two inch thick layer of sand, pea gravel, or finely crushed stone placed between the paving units and the base layer. Its primary function is to level irregularities in the base or in the units themselves, ensuring proper drainage and a stable foundation for the masonry paving system.

Pedestrian pathways use semi-flexible base layers made of asphalt or bituminous concrete, or flexible base layers made of gravel or sand. In contrast, pavements subjected to heavy vehicular loads require rigid base layers of reinforced or unreinforced concrete to withstand greater stress and provide superior load-bearing capacity.

Masonry paving is used in pedestrian walkways, building entrances, patios, and sometimes in driveways. These applications benefit from the aesthetic variety and durability that masonry units provide, offering both functional and decorative solutions for outdoor surfaces in residential and commercial settings.

Permeable paving allows rainwater to pass through the pavement and infiltrate into the soil underneath, minimizing runoff into stormwater drains. This is achieved by spacing units with sand or planted soil between them or using porous materials such as pervious concrete or open paving blocks, reducing strain on municipal drainage systems.

Permeable paving systems use porous materials such as pervious concrete or open paving blocks. These materials, combined with sand or vegetated soil spacing between conventional paving units, allow water infiltration while maintaining structural integrity and contributing to groundwater replenishment and environmental sustainability.

Masonry paving materials are selected for their resistance to abrasion and weathering, enabling them to withstand environmental exposure and maintain durability over time. Understanding how masonry performs in cold and hot weather conditions is important for optimizing paving design and ensuring long-term performance in your climate.