Premium Paving Stones for Toronto Properties

This residential driveway in Rosedale required materials capable of supporting vehicle loads while maintaining visual appeal. We manufactured interlocking pavers with a compressive strength of 50 MPa, exceeding standard requirements for residential driveways. The color palette combines charcoal and grey tones that complement the property's brick exterior.

The homeowner needed a driveway that could accommodate two vehicles and withstand Toronto winters without cracking or shifting. We installed pavers with 6mm joints filled with polymeric sand that remains flexible during freeze-thaw cycles. The installation has maintained its structural integrity through three winters without requiring repairs.

This commercial walkway serves thousands of pedestrians daily in one of Toronto's busiest shopping areas. We produced pavers with a textured surface treatment that provides slip resistance in wet conditions while maintaining an upscale appearance. The installation uses permeable pavers that allow water infiltration, reducing surface pooling during rain.

The project met City of Toronto stormwater management guidelines by incorporating permeable pavers that reduce runoff by 65%. We coordinated with municipal inspectors throughout installation to ensure compliance with accessibility standards, including proper cross-slopes and transition ramps at building entrances.

The restoration of High Park pathways required pavers that blend with the natural environment while providing safe, accessible routes for all visitors. We manufactured pavers with a natural stone texture in earth tones that complement the park's landscape. The pathway width of 2.4 meters accommodates wheelchairs, strollers, and pedestrian traffic.

All pathway sections meet Ontario Building Code requirements for accessible routes. We installed pavers with minimal joint width to prevent wheelchair casters from catching, and ensured firm, stable surfaces throughout. The pathway connects to existing park facilities with proper transition slopes at all intersections.

This backyard patio in Etobicoke features tumbled pavers that create a weathered, Old World appearance. The homeowner wanted an outdoor living space that includes a fire pit area, requiring heat-resistant materials and proper spacing. We manufactured pavers using aggregates that maintain structural integrity when exposed to high temperatures.

The patio uses three complementary paver colors arranged in a random pattern that mimics natural stone. Around the fire pit, we installed pavers with wider joints filled with heat-resistant polymeric sand that accommodates thermal expansion. The patio slopes away from the house at 2% grade to prevent water accumulation near the foundation.

The Distillery District courtyard required pavers that match the area's Victorian-era industrial architecture while using modern materials. We created custom molds to replicate historical paver dimensions and surface textures. The concrete mixture includes pigments that produce aged brick tones consistent with the district's heritage buildings.

This project required approval from heritage preservation authorities. We submitted samples demonstrating how modern concrete pavers could achieve the appearance of historical materials while providing superior durability. The installation withstands heavy foot traffic from tourists and event attendees, with minimal maintenance requirements compared to authentic period materials.

This community center plaza serves as a gathering space for residents of all ages and abilities. We manufactured pavers in five colors arranged in geometric patterns that define different functional zones within the plaza. The installation includes tactile warning surfaces at grade changes and building entrances to assist visually impaired visitors.

The plaza meets all accessibility requirements under the Accessibility for Ontarians with Disabilities Act. We installed detectable warning surfaces manufactured to CSA B651 standards at all grade transitions. The paver surface provides firm, stable support for mobility devices, with joints kept to 6mm width to prevent wheelchair casters from catching.