Hire Local Concrete Specialists in Toronto at Tornado Concrete

Engineer-certified underpinning designs that correct uneven soil settlement, including detailed geotechnical report review, structural calculations, and Ontario Building Code compliant stamped drawings.

Corrosion-resistant hydraulic helical pier installation, precision-driven into load-bearing strata with minimal site disruption and landscaping protection measures.

Laser-guided basement lowering operations: controlled cut-and-remove of interior slabs to increase ceiling height or manage hydrostatic pressure, fully permitted and inspected by municipal authorities.

Custom-fabricated rebar cages and 4000, 5000 psi high-strength concrete footings, engineered for long-term stability and resistance to frost-heave and differential movement.

End-to-end project management: permit application, city inspection coordination, engineered sign-off, and a 10-year structural warranty backed by comprehensive insurance coverage.

Continuous concrete footings engineered per live and dead load tables, with rebar lap splice calculations and dowel bar connections.

Strategic control and expansion joint placement, saw-cut, tooled, or formed to accommodate thermal movement and prevent random cracking.

Decorative finish options: exposed‑aggregate, stamped texture, or polished surfaces to seamlessly blend new additions with existing aesthetics.

Integration of underpinning and tie‑in work for second‑storey bump‑outs, sunrooms, and garage expansions, ensuring a monolithic load path.

Turnkey scope: precision excavation, formwork, stem wall pours, slab installation, backfill grading, and site clean‑up all under one contract.

Polyurethane foam injection under hydrostatic pressure to seal active leaks and block groundwater paths through crack networks.

Structural epoxy resin injection to bond and restore concrete tensile strength in static cracks ideal for restoring load‑carrying capacity.

Carbon fiber strap reinforcement for bowing or heaved walls, applied with epoxy laminates to provide lateral support without invasive plate anchors.

Hydraulic‑cement patching for surface repairs: fast‑setting, shrinkage‑compensating mortars that reestablish wall continuity and prepare surfaces for coatings.

Ongoing monitoring provisions: embedded moisture sensors and concrete crack gauges to verify long‑term repair performance.

Excavation to proper frost depth, subgrade compaction, and granular bedding for optimal support.

Forming and pouring of continuous strip footings using 4000 psi concrete with controlled slump.

Rebar layout and tie‑in per engineered details, including dowel connections to walls and piers.

Installation of perimeter footing drains connected to the main drainage system.

Mechanical vibration consolidation and saw‑cut control joints to minimize cracking.

High-strength cast-in-place concrete columns, grade beams, and pile caps tailored for warehouses, retail centers, and light-industrial facilities.

Pre-stressed slab reinforcement using post-tension cables and void forms to safely support heavy machinery, racking loads, and forklift traffic.

Epoxy resin injection and carbon fiber wrap systems that stabilize cracked concrete beams and walls without extensive demolition downtime.

Deep pier installation reaching 30 ft+ to transfer superstructure loads to competent soils, with dynamic load testing and full engineer certification.

Flexible scheduling and phasing plans that minimize operational impact, night and weekend shifts available to keep your business running smoothly.

Precision slab cutting with diamond-tipped saws to remove concrete sections without cracking adjacent areas.

Mass soil removal, stockpiling, and compaction using geotextile liners, vibratory plates, and compaction testing to maintain load-bearing integrity.

Underpinning of existing walls during excavation: temporary shoring, hydraulic shores, and sequential underpinning to prevent settlement or wall movement.

Installation of new sub-slab vapor barriers, free-draining aggregate, and modern weeping tile systems for moisture control and radon mitigation.

Laser-leveled final slab finish with slope tuning for optimal drainage, plus embedded control joints to limit random cracking.

Engineered excavation and retaining wall design, soil nails, shotcrete, or ICF walls to safely expose below‑grade openings for walkout access.

Custom concrete stairwell formation: durable formwork, stamped or brushed finish treads, integrated landings, and handrail anchorage.

Multi-layer waterproofing assembly: self‑adhesive membrane, drainage board, and sealant flashing to protect new openings from groundwater intrusion.

Comprehensive drainage strategy: catch basins, perimeter French drains, sub-slab sump pits, and high-capacity pumps to keep your walkout dry year‑round.

Energy‑efficient insulated concrete form (ICF) options for walls and footings, reducing thermal bridging and lowering heating/cooling costs.

Cold‑applied elastomeric membrane on exterior walls for long‑term moisture protection.

High‑performance cementitious coating on interior walls to block hydrostatic pressure.

Perimeter French drain installation, routed to a high‑capacity sump pit with redundant pump systems.

Drainage board and back‑drain installation to channel groundwater away from foundation walls.

Polyurethane injection sealing of active leaks and hairline cracks under pressure.