Commercial Concrete Lifting in Calgary
FOAMExperts provides commercial concrete lifting in Calgary for uneven entrances, sidewalks, parking areas, warehouse slabs and other suitable concrete surfaces. We use polyurethane foam to fill accessible voids, stabilize concrete and carefully raise settled sections.
Every commercial project starts with a site assessment. We review the slab condition, access, traffic, drainage and business operations before recommending lifting, stabilization or replacement.
Concrete Levelling
Concrete Levelling With Reduced Business Disruption
Uneven commercial concrete can affect pedestrians, vehicles, equipment and daily operations. Settled slabs may create trip hazards, drainage problems, accessibility concerns or hard transitions between concrete sections.
Polyurethane concrete lifting may repair suitable slabs without removing the full surface. The material is injected through small access holes and expands beneath the concrete. This process can fill accessible gaps and apply controlled pressure to raise the slab.
Commercial concrete lifting may help address:
- Uneven building entrances
- Sidewalk trip hazards
- Settled parking-area slabs
- Rocking concrete panels
- Water pooling
- Loading-area settlement
- Uneven joints affecting carts or equipment
- Gaps beneath slab edges
- Concrete sloping toward a building
- Voids beneath warehouse or commercial floors
Concrete lifting does not remove surface wear, stains or existing cracks. The slab must remain strong enough to lift.
We Serve
Commercial Properties We Serve
FOAMExperts assesses concrete at a range of commercial and managed properties.
Retail Properties
Uneven concrete near shops and retail entrances can affect customer access, carts and pedestrian safety. Work may need to be scheduled around opening hours, deliveries and busy periods.
Offices
Settled entrance slabs, walkways and parking areas may affect staff, visitors and accessible routes. The site plan should consider building access throughout the work.
Apartment and Condominium Buildings
Concrete settlement may occur around entrances, sidewalks, garbage areas, parking areas and shared outdoor spaces.
Property managers or condominium boards may require a written scope, photographs and scheduling information before approving the work.
Property Management Portfolios
Property managers may need consistent assessments across several sites. Clear documentation can help compare concrete conditions, repair priorities and project requirements.
Warehouses and Distribution Centres
Uneven slabs may affect forklifts, pallet jacks, carts and other equipment. Warehouse projects require careful review of slab loads, coatings, joints, utilities and operating schedules.
Schools and Community Buildings
Pedestrian access, controlled work areas and scheduling are important around schools, community centres and other public-use properties.
Parking and Service Areas
Settled concrete can affect vehicle transitions, drainage and access around parking areas, service lanes and loading zones.
Commercial Concrete
Commercial Concrete Problems We Assess
Trip Hazards
An uneven joint can create a raised edge along a walkway, entrance or shared pedestrian area.
Concrete lifting may reduce the height difference when the slab remains suitable. It does not replace the need for a broader site-safety assessment.
Accessibility Problems
Settled concrete may affect transitions at entrances, ramps and connecting walkways. Available lifting space, nearby thresholds and required elevations must be reviewed before work begins.
Poor Drainage
Low concrete may collect water or direct runoff toward a building. Lifting may improve the slope where enough movement is available, but it cannot correct every drainage issue.
Rocking or Moving Slabs
Concrete may move under foot traffic, vehicles or equipment when support has been lost beneath part of the slab. Stabilization or void filling may be required even when a significant lift is not needed.
Uneven Entrances
A settled entrance slab can interfere with doors, create a step at the threshold or affect carts and mobility devices.
Parking and Loading-Area Settlement
Vehicle loads, disturbed ground and water movement may contribute to settlement around parking and loading areas. These locations can require phased work and traffic control.
Voids Beneath Concrete
Hidden spaces may form beneath commercial slabs because of erosion, poor compaction, leaks or disturbed soil. The extent and cause of the void should be considered before injection.
Concrete Surfaces
Commercial Concrete Surfaces We Lift
Depending on slab condition and access, FOAMExperts may assess:
- Entrance slabs
- Private sidewalks
- Pedestrian walkways
- Parking-area concrete
- Loading and service areas
- Warehouse floors
- Concrete beside overhead doors
- Garbage and utility areas
- Courtyard and patio slabs
- Condominium common areas
- Equipment pads
- Selected interior slabs
Not every surface will be suitable for lifting. Reinforcement, slab thickness, loads, utilities and structural conditions may affect the recommendation.
Concrete Lifting
Concrete Lifting, Stabilization and Void Filling
Commercial projects do not always require the same treatment.
Concrete Lifting
Concrete lifting changes the elevation of a settled slab. Polyurethane foam is injected beneath the concrete in controlled amounts to raise the surface where conditions allow.
Slab Stabilization
Slab stabilization aims to reduce movement by restoring support beneath rocking or unsupported concrete. A major elevation change may not be required.
Void Filling
Void filling places material into accessible spaces beneath the slab. It can provide support without necessarily raising the concrete.
Soil Stabilization
Some projects involve weak or disturbed ground beneath the concrete. Soil stabilization may be considered when the equipment, material and site conditions are suitable.
One project may require both lifting and stabilization.
Concrete Surfaces
Why Polyurethane Foam May Suit Commercial Sites
Polyurethane foam can be placed through small access holes and injected beneath suitable concrete in controlled amounts.
Potential benefits include:
- Controlled expansion
- Small injection points
- Lightweight material
- Rapid reaction
- Void-filling capability
- Limited excavation
- Reduced demolition
- Less disruption than full replacement in suitable cases
- Use around interior and exterior concrete
The material should be selected according to the slab, expected loads and site conditions. A product used for a residential walkway may not be appropriate for a warehouse or loading area.
Concrete Surfaces
Our Commercial Site Assessment
Commercial work requires more than checking the lowest point of a slab. We review the full work area and its effect on the property.
Slab Condition
We assess cracks, joints, surface wear, exposed edges and visible deterioration.
Elevation and Drainage
We check how the settled slab connects with doors, drains, nearby concrete and surrounding ground.
Access Requirements
We review equipment access, hose routes, loading areas, gates, indoor access and any restricted zones.
Pedestrian Control
The work plan may need barriers, alternate routes or controlled access around entrances and walkways.
Vehicle Control
Parking, deliveries, loading activity and vehicle routes may affect scheduling and project phasing.
Business Operations
Some projects may be completed during quieter operating periods or in separate phases to limit interruption.
Utilities and Building Features
Known utilities, drains, floor heating, door tracks, equipment and nearby structures must be considered before drilling or lifting.
Cause of Settlement
Poor soil compaction, water erosion, leaks, heavy loads and disturbed ground can all contribute to commercial concrete settlement.
Our Work Process
How Commercial Concrete Lifting Works
Review the Site
We inspect the concrete, access routes, drainage, traffic and nearby property features.
Define the Work Area
The affected slabs, transitions and operating restrictions are identified.
Plan the Injection Points
Injection locations are selected according to the settlement pattern and accessible spaces beneath the slab.
Drill Small Access Holes
Small holes allow polyurethane material to be placed beneath the concrete.
Inject and Monitor the Foam
The material expands beneath the slab. The technician controls each injection and monitors the slab movement.
Seal the Injection Points
The access holes are sealed after lifting or stabilization is complete.
Complete the Final Inspection
The final elevation, transitions, work area and visible concrete condition are reviewed.
Project duration and return-to-use time depend on the slab, material, load and site conditions.
Planning Work Around Business Operations
Commercial concrete lifting may require a project plan that limits disruption to customers, tenants, employees and deliveries.
Planning may include:
- Completing work in separate phases
- Maintaining access to key entrances
- Scheduling around business hours
- Redirecting pedestrian traffic
- Controlling vehicle movement
- Coordinating with property managers
- Identifying loading and delivery times
- Protecting nearby finishes and equipment
- Confirming when repaired areas can be used
Project timing and return-to-use guidance depend on the foam product, slab, load and site conditions.
Commercial Project Documentation
Depending on the property and scope, FOAMExperts may provide:
- Written project scope
- Work-area photographs
- Elevation measurements
- Site-access requirements
- Material information
- Before-and-after photographs
- Completion notes
- Exclusions
- Aftercare guidance
- Warranty terms
Add only documentation the company genuinely provides.
When Commercial Concrete Lifting May Be Suitable
Concrete lifting may be considered when:
- The slab remains structurally sound
- Settlement has created an uneven surface
- Accessible voids exist beneath the concrete
- The slab has enough space to move
- Nearby structures allow controlled lifting
- The existing concrete finish is acceptable
- Business access can be managed
- The cause of settlement can be addressed or monitored
Final suitability depends on inspection.
Concrete Surfaces
When Replacement or Further Assessment May Be Better
Replacement, excavation or specialist review may be required when:
- The concrete is severely broken
- The slab has extensive deterioration
- Reinforcement has failed
- Structural movement is suspected
- The slab is too weak or thin to lift
- Underground services require excavation
- Drainage repairs must be completed first
- The required elevation cannot be reached safely
- Heavy-use conditions exceed the proposed repair
- A completely new surface is required
Concrete Surfaces
Commercial Concrete Lifting Cost Factors
Commercial concrete lifting cost depends on:
- Surface area
- Amount of settlement
- Void size and depth
- Foam volume
- Slab thickness
- Expected loads
- Number of injection points
- Interior or exterior location
- Equipment access
- Traffic control
- Project phasing
- Operating-hour restrictions
- Documentation requirements
- Additional sealing or repair work
An accurate quote requires project details and may require an on-site assessment.
FAQ
Commercial Concrete Lifting FAQs
Can concrete lifting be completed while the business remains open?
It may be possible to complete work while part of the property remains in use. The answer depends on the work area, traffic, equipment access and required safety controls.
How long does commercial concrete lifting take?
Project time depends on the slab area, settlement, access, injection requirements and operating restrictions. A site-specific schedule should be prepared after assessment.
When can the repaired area be used?
Return-to-use time depends on the foam product, surface and expected load. Pedestrian areas and heavy vehicle zones may require different guidance.
Can cracked commercial concrete be lifted?
Some cracked slabs may be lifted when the concrete sections remain strong enough to move. Existing cracks generally remain visible and may change during lifting.
Is lifting cheaper than replacement?
Concrete lifting may cost less than removal and replacement in suitable situations. Slab condition, appearance, access and operational disruption should also be considered.
How long does commercial concrete lifting last?
Long-term performance depends on drainage, soil movement, slab condition, loading and whether the cause of settlement has been managed.
Does FOAMExperts provide documentation?
Available documentation depends on the project. Confirm whether the quote includes photographs, measurements, material information, completion notes and warranty terms.
Request a Commercial Concrete Assessment
- Property address
- Property type
- Concrete surface
- Approximate dimensions
- Wide photographs
- Close-ups of uneven joints
- Drainage concerns
- Pedestrian and vehicle traffic
- Operating hours
- Access restrictions
- Required project documentation
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