Commercial Concrete NZ
Concrete Services
- New Zealand
Strong and reliable concrete slab construction
<p\>Need reliable commercial concrete services for a building, yard, accessway, workshop, warehouse or business property?
Concrete Services Direct can help arrange quotes for a wide range of commercial concreting projects throughout New Zealand.
- Commercial concrete slabs
- Workshop and warehouse floors
- Concrete yards and hardstand areas
- Vehicle accessways and loading areas
- Car parks and parking areas
- Commercial foundations
- Concrete repairs and replacement
- Builder, developer and property manager enquiries
- Free, no-obligation quotes
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Commercial Concrete Services for Businesses, Builders & Developments
Commercial concrete projects often need to handle higher traffic, heavier loads and more demanding day-to-day usethan standard residential concrete.
Concrete Services Direct can help businesses, builders, developers and property managers arrange quotes for a wide range of commercial and light industrial concrete work throughout New Zealand.
Projects can include slabs, floors, vehicle areas, accessways, yards, foundations, pathways and replacement of damaged concrete.
The right concrete specification depends on how the area will be used, the loads it needs to support and the wider construction requirements.
Tell us about your project and request a free, no-obligation commercial concrete quote.
Commercial Concrete Slabs
Concrete slabs are used throughout commercial construction because they provide a strong and versatile base for buildings, vehicles, machinery and storage.
Commercial slab projects can include:
- Warehouse floors
- Workshop floors
- Retail buildings
- Storage facilities
- Commercial garages
- Office buildings
- Light industrial premises
- Service buildings
- Equipment areas
The slab design may need to consider:
- Building loads
- Vehicle loads
- Machinery
- Racking
- Floor flatness
- Drainage
- Joint layout
- Reinforcement
- Concrete strength
For larger or engineered projects, structural plans and specifications should form the basis of the concrete work.
Warehouse Concrete Floors
Warehouse floors can be subjected to substantial and repetitive loads.
Potential demands include:
- Forklift traffic
- Pallet storage
- High-bay racking
- Delivery equipment
- Heavy stock
- Frequent pedestrian traffic
A warehouse slab may need careful planning around load capacity, flatness, joint placement and surface finish.
The floor also needs to integrate with loading doors, internal walls, service areas and external concrete.
For larger warehouse projects, engineering documentation can be particularly important.
Workshop Concrete Floors
Commercial workshops need hard-wearing concrete floors that can accommodate the way the space is actually used.
Typical loads may include:
- Cars
- Trucks
- Machinery
- Vehicle hoists
- Compressors
- Heavy workbenches
- Tool storage
- Shelving systems
If a workshop will include fixed equipment, this should be identified before the slab is poured.
Specific areas may require additional thickness, reinforcement or dedicated foundations.
Vehicle Workshop Concrete
Vehicle workshops can have more demanding requirements than general storage buildings.
The concrete may need to support:
- Cars
- Light commercial vehicles
- Trucks
- Hoists
- Jacks
- Workshop equipment
Drainage and surface finishing can also be important, especially where vehicles regularly bring water, dirt or fluids into the building.
The intended use should be discussed during the planning stage so the floor is built for the actual operating environment.
Concrete for Vehicle Hoists
Vehicle hoists create concentrated loads where they are fixed to the slab.
Depending on the hoist system, the manufacturer may specify requirements for:
- Slab thickness
- Concrete strength
- Reinforcement
- Distance from joints
- Distance from slab edges
- Anchor installation
If a hoist is planned, provide the manufacturer’s slab specification before the concrete is constructed.
It is much easier to build the floor correctly at the beginning than to strengthen it after the workshop is operational.
Commercial Concrete Yards
A commercial concrete yard can provide a durable surface for:
- Vehicle movement
- Equipment storage
- Deliveries
- Loading
- Outdoor work areas
- Material handling
- Business access
Commercial yards may experience significantly heavier loads than residential driveways.
The concrete may therefore need to account for:
- Trucks
- Forklifts
- Trailers
- Containers
- Heavy equipment
- Frequent turning movements
Ground preparation, slab thickness and reinforcement should be appropriate for the expected traffic.
Concrete Hardstand Areas
Concrete hardstands provide stable exterior areas for vehicles, equipment and materials.
They can be used for:
- Truck parking
- Equipment storage
- Containers
- Machinery
- Loading zones
- Commercial yards
A concrete hardstand may be particularly useful where the surface needs to remain firm under heavy loads and repeated use.
Drainage and vehicle movements should be considered carefully because large paved areas can generate significant stormwater runoff.
Commercial Vehicle Accessways
Concrete accessways can provide durable vehicle routes through commercial properties.
Applications may include:
- Driveways
- Site entrances
- Service roads
- Workshop access
- Warehouse access
- Delivery lanes
Commercial vehicle areas need to account for the type and frequency of traffic.
Heavy vehicles can place considerably greater loads on pavement edges, turning areas and concrete surfaces than ordinary cars.
Concrete Loading Areas
Loading areas need to cope with concentrated traffic and repeated operational use.
Concrete may be suitable for:
- Loading docks
- Delivery areas
- Truck stopping zones
- Warehouse entrances
- Freight handling areas
These areas may require additional consideration around:
- Heavy wheel loads
- Concrete thickness
- Reinforcing
- Joint layout
- Drainage
- Edge support
The surface should be planned around how trucks and equipment will actually move through the site.
Commercial Car Parks
Concrete can be used for commercial car parks and parking areas where a durable hard surface is required.
Potential applications include:
- Staff parking
- Customer parking
- Small business car parks
- Apartment parking
- Commercial developments
A concrete car park may involve:
- Vehicle bays
- Access lanes
- Kerbs
- Drainage
- Footpaths
- Wheel stops
- Disabled parking areas
- Connections to roads or driveways
Larger parking projects may also need civil, drainage or traffic design input.
Concrete Parking Areas
Not every commercial parking project requires a full car park.
Businesses may simply need:
- Additional parking bays
- Overflow parking
- Staff parking
- Fleet vehicle areas
- Visitor parking
Concrete can provide a defined, hard-wearing surface and may be integrated with existing buildings and accessways.
The design should allow enough room for vehicle movement, turning and drainage.
Commercial Concrete Driveways
Commercial driveways may be used by:
- Staff vehicles
- Customers
- Delivery vans
- Trucks
- Service vehicles
Because usage can be much higher than at a residential property, the concrete design may need to reflect these loads.
Commercial driveways may also be wider, longer and more complex, with features such as:
- Multiple entrances
- Turning areas
- Loading zones
- Drainage channels
- Kerbs
- Pedestrian crossings
Concrete Service Areas
Business properties often require durable concrete around service zones.
These can include areas used for:
- Waste bins
- Deliveries
- Maintenance
- Plant equipment
- Storage
- Utility access
A practical surface can make these areas easier to keep clean and operate safely.
Where large bins, trucks or machinery are involved, the slab needs to accommodate the expected loads.
Commercial Concrete Paths
Concrete pathways provide durable pedestrian access throughout business sites.
They can connect:
- Car parks
- Entrances
- Offices
- Warehouses
- Workshops
- Staff facilities
- Outdoor areas
Commercial paths may need to consider accessibility, gradients, surface texture and higher pedestrian traffic.
Connections between vehicle and pedestrian areas should also be planned carefully.
Concrete Entrances
The entrance to a commercial property needs to combine practical access with presentation.
Concrete can be used for:
- Business forecourts
- Entrance paths
- Vehicle entrances
- Drop-off areas
- Courtyards
- Reception access
Where appearance matters, decorative finishes such as exposed aggregate or coloured concrete may be considered for highly visible areas.
Commercial Concrete Foundations
Commercial buildings often require substantial reinforced concrete foundation systems.
These may include:
- Strip footings
- Pad foundations
- Ground beams
- Foundation walls
- Structural slabs
Projects can include:
- Warehouses
- Workshops
- Retail premises
- Offices
- Storage buildings
- Light industrial facilities
Where structural work is involved, the concrete should follow engineering drawings and approved project documentation.
Concrete Foundations for Warehouses
Warehouse buildings can involve significant structural loads.
Foundation systems may need to support:
- Structural steel
- Portal frames
- Wall systems
- Heavy roof structures
- Large floor areas
The foundations may also need to coordinate with the floor slab.
Accurate set-out is important because building columns, walls and anchors often depend directly on the concrete dimensions.
Concrete Foundations for Workshops
Commercial workshops may require foundations for both the building and equipment.
Potential requirements can include:
- Main building foundations
- Equipment pads
- Hoist foundations
- Machine bases
- Structural columns
These should be planned together where possible.
Adding a heavy machine later can be much more difficult if the existing floor was not designed for the load.
Commercial Equipment Pads
Concrete equipment pads can provide stable bases for:
- Generators
- Compressors
- Pumps
- HVAC equipment
- Tanks
- Electrical equipment
- Mechanical plant
The pad design depends on the equipment weight, vibration and fixing requirements.
Manufacturer or engineering specifications may provide minimum dimensions and concrete requirements.
Industrial Concrete Floors
Light industrial properties may require floors capable of supporting more demanding use.
Applications can include:
- Manufacturing
- Storage
- Mechanical work
- Fabrication
- Equipment operation
- Goods handling
The floor design may need to consider:
- Heavy point loads
- Vehicle traffic
- Abrasion
- Joint layout
- Flatness
- Floor coatings
- Drainage
A standard residential-style slab may not be suitable for these conditions.
Reinforced Commercial Concrete
Many commercial projects use reinforced concrete.
Reinforcement may include:
- Steel mesh
- Reinforcing bars
- Structural cages
- Edge reinforcing
- Starter bars
The reinforcement helps the slab or structure respond to loads and movement.
For engineered projects, the contractor should follow the specified reinforcing arrangement rather than substituting a generic solution.
Concrete Thickness for Commercial Projects
There is no one standard commercial concrete thickness.
The required depth depends on:
- Vehicle loads
- Machinery
- Structural loads
- Ground conditions
- Concrete strength
- Reinforcing
- Slab design
A staff footpath and a truck loading area should clearly not be treated the same way.
Concrete thickness should be determined from the actual use and, where required, engineering design.
Ground Preparation
Good ground preparation is critical for commercial concrete because heavier loads can expose weaknesses beneath the slab.
Preparation may involve:
- Excavation
- Removal of unsuitable material
- Filling
- Base course
- Compaction
- Ground improvement
- Drainage
Poorly compacted material can settle and contribute to slab movement.
Large commercial floors may therefore require substantial preparation before any concrete is poured.
Base Course & Compaction
The base beneath a commercial slab provides support across the surface.
The required material and compaction depend on:
- Ground conditions
- Slab loads
- Project design
Where large areas are being filled, correct placement and compaction of the base can be particularly important.
This work is largely invisible once the project is complete but can have a major impact on performance.
Commercial Concrete Drainage
Large concrete areas can generate substantial surface runoff during rain.
Drainage planning may need to consider:
- Surface falls
- Channel drains
- Catchpits
- Stormwater systems
- Building entrances
- Loading areas
- Yard runoff
Poor drainage can create:
- Ponding
- Access problems
- Water entering buildings
- Erosion
- Safety issues
For commercial sites, drainage may form part of wider civil or site infrastructure.
Concrete Falls
Some commercial floors and exterior slabs require carefully controlled falls.
Examples include:
- Wash-down areas
- Loading zones
- Workshops
- Exterior yards
- Service areas
The gradient needs to move water effectively without creating problems for vehicles, machinery or pedestrian use.
These levels should be set out before the pour.
Commercial Concrete Joints
Large slabs generally require careful joint design.
Joints may include:
- Control joints
- Construction joints
- Isolation joints
- Expansion joints
The layout can affect:
- Cracking
- Vehicle movement
- Floor performance
- Racking
- Maintenance
For warehouse and industrial floors, joint positioning can be particularly important in areas regularly crossed by forklifts and other hard-wheeled equipment.
Control Joints
Control joints help manage concrete shrinkage by encouraging cracks to form in planned locations.
Their spacing and layout depend on factors including:
- Slab dimensions
- Thickness
- Shape
- Concrete design
- Reinforcement
They help manage cracking but do not mean the slab can be guaranteed to remain completely crack-free.
Construction Joints
Large commercial concrete areas may be divided into multiple pours.
The point where separate pours meet is a construction joint.
These joints should be planned carefully, particularly where forklifts or heavy vehicles will repeatedly cross them.
Engineered projects may include detailed joint specifications.
Commercial Floor Finishes
The finish required depends on how the floor will be used.
Options can include:
- Trowelled concrete
- Machine-finished concrete
- Broom-finished surfaces
- Polished concrete
- Coated floors
- Decorative finishes
A warehouse floor and an exterior commercial entrance may require very different treatments.
The final floor covering or coating should be considered before the concrete is poured.
Machine-Finished Concrete Floors
Large commercial floors may use mechanical finishing equipment to create a consistent surface.
This can be suitable for:
- Warehouses
- Workshops
- Storage buildings
- Industrial spaces
The required flatness and finish depend on the operation.
Facilities using high-bay racking or specialised equipment may have more demanding floor tolerances.
Polished Concrete Commercial Floors
Polished concrete floors can be used in commercial spaces where the concrete itself forms the finished interior surface.
Applications may include:
- Retail stores
- Offices
- Hospitality spaces
- Showrooms
- Commercial foyers
If polishing is planned, the slab should be treated as a visible finished surface from the beginning.
Concrete placement, aggregate and surface quality can all influence the final appearance.
Concrete Floor Coatings
Commercial floors may later receive:
- Epoxy coatings
- Industrial coatings
- Sealers
- Protective floor systems
These can improve:
- Cleanability
- Appearance
- Chemical resistance
- Surface protection
If a coating is planned, the concrete finish and curing should be compatible with the product requirements.
Decorative Commercial Concrete
Not all commercial concrete needs to be purely functional.
Decorative finishes can be used in customer-facing areas such as:
- Entrances
- Courtyards
- Hospitality areas
- Office landscaping
- Retail forecourts
Options can include:
- Exposed aggregate
- Coloured concrete
- Textured finishes
A business may choose decorative concrete at the front of the property while using standard commercial concrete in operational areas.
Commercial Exposed Aggregate
Exposed aggregate concrete can be used for:
- Business entrances
- Paths
- Courtyards
- Outdoor seating areas
- Forecourts
It provides a more decorative appearance than standard concrete while retaining a durable exterior surface.
The aggregate selection can be coordinated with the building and landscaping.
Commercial Concrete Repairs
Commercial concrete can be damaged by:
- Heavy vehicles
- Forklifts
- Machinery
- Impact
- Ground movement
- Water
- Wear
Repair work may involve:
- Cracks
- Broken slab edges
- Joint damage
- Surface deterioration
- Localised settlement
- Damaged vehicle areas
The appropriate repair method depends on both the damage and the operational requirements of the site.
Commercial Concrete Replacement
There comes a point where repeated patching may no longer provide good value.
Replacement may be considered where:
- Damage is widespread
- Slabs have moved significantly
- Concrete is too thin
- Loads have changed
- Drainage is poor
- The site is being redeveloped
Replacement allows the new concrete to be designed around current operating requirements rather than those that existed when the original slab was installed.
Warehouse Floor Repairs
Warehouse floors can develop damage around:
- Joints
- Loading doors
- Racking
- Forklift routes
- High-traffic zones
Damaged joints and slab edges can become increasingly problematic under hard-wheeled equipment.
Repair work may need to be staged around warehouse operations to minimise disruption.
Workshop Floor Repairs
Workshop floors can suffer from:
- Impact damage
- Cracks
- Spalling
- Chemical exposure
- Heavy loads
- Hoist installation
The repair method should reflect how the area will continue to be used.
A cosmetic patch may not be sufficient where the slab needs to support machinery or vehicle loads.
Concrete Yard Repairs
Exterior yards can develop:
- Settlement
- Cracking
- Edge failure
- Drainage problems
- Heavy vehicle damage
Repairs may involve replacing selected slabs or sections.
Where multiple areas are failing, the underlying base and drainage should be considered before extensive repairs are carried out.
Commercial Concrete Removal
Replacement work can require removal of substantial amounts of existing concrete.
This can involve:
- Saw cutting
- Breaking
- Excavators
- Loaders
- Trucking
- Disposal or recycling
Commercial concrete may be thicker and more heavily reinforced than residential concrete, which can make demolition more substantial.
Site access and business operations can also affect the removal process.
Concrete Replacement While Businesses Are Operating
Some projects need to be completed while the business remains open.
This may require:
- Staged work
- Temporary vehicle routes
- Restricted work zones
- Alternative staff or customer access
- Weekend or scheduled pours
Operational requirements should be discussed during the quoting and planning stage.
A slightly different construction sequence may be needed to minimise disruption.
Concrete for New Commercial Developments
New developments can involve multiple types of concrete work across one site.
This may include:
- Foundations
- Floor slabs
- Car parks
- Paths
- Accessways
- Loading areas
- Service yards
Coordinating these elements can help ensure:
- Levels align
- Drainage works correctly
- Vehicle routes connect properly
- Construction sequencing is efficient
Builders and developers can provide plans when requesting a quote for larger projects.
Concrete for Commercial Renovations
Renovations may require new or altered concrete where:
- Buildings are extended
- Doors are relocated
- New equipment is installed
- Yards are reconfigured
- Parking changes
- New loading areas are created
Existing concrete may need to be cut, removed or extended.
The new work should integrate with the renovated building and current site use.
Concrete for Property Managers
Commercial property managers may require concrete services for:
- Repair work
- Tenant upgrades
- Paths
- Parking areas
- Access
- Yard replacement
- Safety improvements
Ongoing maintenance can help address damaged surfaces before they become more disruptive or expensive to repair.
Concrete for Builders
Builders may need concrete contractors for:
- Foundations
- Slabs
- External concrete
- Garage floors
- Commercial floors
- Paths
- Driveways
Providing drawings, specifications and programme information can help contractors understand the scope and timing of the work.
Concrete for Developers
Developers may require concrete across:
- New commercial sites
- Multi-unit developments
- Industrial subdivisions
- Retail projects
- Mixed-use properties
Larger developments often involve coordination with:
- Civil contractors
- Engineers
- Builders
- Drainlayers
- Surveyors
Concrete work needs to fit into the wider construction sequence.
Concrete for Retail Properties
Retail sites may require concrete for:
- Entrances
- Customer pathways
- Loading areas
- Delivery access
- Car parks
- Outdoor merchandising
- Service areas
Customer-facing areas may prioritise appearance, while rear operational areas may focus mainly on durability and practicality.
Concrete for Hospitality Properties
Hospitality businesses may use concrete in:
- Outdoor dining areas
- Courtyards
- Paths
- Entrances
- Service areas
- Delivery zones
Decorative concrete can be useful in guest-facing spaces, while standard concrete may be appropriate in back-of-house areas.
Concrete for Apartment & Multi-Unit Developments
Multi-unit projects may require concrete for:
- Foundations
- Shared driveways
- Parking
- Paths
- Courtyards
- Service areas
Shared-use concrete needs to be planned for higher traffic and long-term accessibility.
Drainage and connections between different buildings can also require careful coordination.
Concrete for Light Industrial Properties
Light industrial sites commonly need concrete for:
- Workshops
- Warehouses
- Storage areas
- Equipment pads
- Yards
- Loading areas
The design should reflect the actual operations rather than treating all industrial floors as identical.
Machinery and vehicle weights should be identified before the slab specification is finalised.
What Is Involved in a Commercial Concrete Project?
Commercial projects vary greatly, but the process often includes:
1. Plans & Scope
The drawings, specifications and intended use are reviewed.
2. Site Preparation
Existing surfaces may be removed and the site excavated.
3. Base Preparation
Suitable base material is installed and compacted.
4. Formwork
Boxing is installed to create slab edges, levels and structural elements.
5. Reinforcement
Reinforcing mesh or steel is installed according to the project requirements.
6. Services & Drainage
Plumbing, drains and service penetrations are coordinated.
7. Pre-Pour Checks
Dimensions, levels and reinforcement are checked before concrete placement.
8. Concrete Pour
Concrete is delivered and placed.
Large projects may require pumping or multiple deliveries.
9. Finishing
The surface is finished according to its intended use.
10. Curing
The concrete is allowed to gain strength before vehicles, machinery or construction loads are applied.
Concrete Pumping
Commercial sites may use concrete pumps where the truck cannot discharge directly into the work area.
Pumping can be useful for:
- Large slabs
- Restricted sites
- Interior floors
- Work behind existing buildings
- Multi-stage pours
The need for pumping can affect project planning and cost.
Access should be discussed during the quote process.
Commercial Concrete Project Access
Access can have a major effect on concreting work.
Important considerations include:
- Concrete truck access
- Pump access
- Excavation machinery
- Material delivery
- Vehicle movements
- Staff and customer access
A clear site with good truck access can be simpler to work on than a confined operating business.
Restrictions should be identified early.
Commercial Concrete & Weather
Concrete placement can be affected by weather.
Rain, strong heat, cold conditions and wind can influence:
- Pour timing
- Surface finishing
- Curing
- Site access
Large slabs may require careful scheduling because once concrete delivery begins, the pour needs to be managed continuously.
Weather conditions may sometimes require project dates to change.
Commercial Concrete & Building Consent
Where commercial concrete forms part of a consented building project, it should be constructed to the approved plans and applicable requirements.
This may include:
- Foundations
- Structural slabs
- Building floors
- Retaining structures
Required inspections need to occur at the appropriate stage before concrete is poured.
Engineering for Commercial Concrete
Many commercial projects involve engineering.
Structural engineers may specify:
- Concrete strength
- Slab thickness
- Reinforcement
- Foundation dimensions
- Joint layouts
- Load requirements
Providing these drawings during the quote stage helps ensure the scope is priced correctly.
Commercial Concrete Specifications
A commercial project may include specifications for:
- Concrete grade
- Reinforcement
- Surface finish
- Flatness
- Jointing
- Curing
- Construction tolerances
These details can substantially affect the work involved.
Where formal specifications exist, they should be supplied before pricing is finalised.
How Much Does Commercial Concrete Cost?
The cost of commercial concrete varies greatly because projects can range from a small entrance area to a large warehouse floor.
Factors affecting pricing include:
- Total area
- Concrete thickness
- Concrete strength
- Reinforcement
- Excavation
- Base preparation
- Site access
- Pumping
- Drainage
- Formwork
- Floor finish
- Joint requirements
- Existing concrete removal
- Engineering
- Project location
A project-specific quote based on drawings and intended use provides the most useful pricing.
Commercial Concrete Cost Per Square Metre
Square-metre rates can provide a very rough comparison, but they often fail to reflect the actual scope.
Two slabs of the same size can cost differently because of:
- Thickness
- Steel content
- Preparation
- Ground conditions
- Pumping
- Access
- Finishing
For this reason, comparing only the apparent concrete rate can be misleading.
The complete project scope should be compared.
How Long Does Commercial Concrete Take?
Timeframes depend on:
- Project size
- Excavation
- Preparation
- Reinforcement
- Number of pours
- Finishing
- Weather
- Curing
- Coordination with other trades
Large commercial floors may be completed in several stages rather than one pour.
Operational businesses may also require staged construction to maintain access.
How Long Before Commercial Concrete Can Be Used?
Concrete continues gaining strength after placement.
The appropriate time before:
- Foot traffic
- Vehicle traffic
- Forklifts
- Heavy machinery
- Building loads
depends on the concrete specification and project requirements.
Heavy commercial loads should not be applied simply because the surface appears hard.
Follow the project-specific curing and loading guidance.
What Information Should I Provide for a Commercial Concrete Quote?
Useful information includes:
- Project location
- Plans
- Engineering drawings
- Dimensions
- Intended use
- Expected vehicle or machinery loads
- Concrete specifications
- Site access
- Required finish
- Project programme
- Whether existing concrete needs removing
Photos can also help for repair and replacement enquiries.
For larger projects, plans and specifications are particularly valuable.
Commercial Concrete Throughout New Zealand
Concrete Services Direct can help arrange commercial concrete services across many parts of New Zealand.
Service areas include:
- Northland
- Auckland
- Waikato
- Gisborne
- Bay of Plenty
- Hawke’s Bay
- Taranaki
- Manawatu
- Wairarapa
- Wellington
- Tasman
- Marlborough
- West Coast
- North Canterbury
- South Canterbury
- Otago
- Southland
Whether you need a new warehouse slab, workshop floor, concrete yard, commercial driveway, loading area or replacement concrete, provide the project details and location when requesting a quote.
Find Commercial Concrete Services In Your Area
Frequently Asked Questions About Commercial Concrete
What commercial concrete services are available?
Commercial concrete services can include slabs, warehouse floors, workshop floors, yards, hardstands, accessways, car parks, foundations, paths, repairs and replacement.
Do you provide concrete services for builders?
Yes. Builders can request quotes for concrete foundations, floor slabs, external concrete and other commercial construction work.
Plans and specifications are useful for pricing.
Can commercial concrete support trucks?
Yes, if the concrete is designed for the expected vehicle loads.
Heavy truck areas may require different preparation, thickness and reinforcement from standard car parking areas.
Can concrete floors support forklifts?
Yes.
Warehouse floors can be designed for forklift use, but load, joint and floor-flatness requirements should be considered.
Can concrete support a vehicle hoist?
Yes, provided the slab meets the hoist manufacturer’s requirements for thickness, strength and reinforcement.
What is a concrete hardstand?
A hardstand is a durable hard surface used for vehicles, equipment, containers or other commercial operations.
Concrete can be used where a strong, permanent surface is required.
Can damaged warehouse floors be repaired?
Yes, depending on the damage.
Cracks, joints, slab edges and localised areas may be repairable, while widespread failure may require replacement.
Can old commercial concrete be replaced?
Yes.
Existing slabs and yards can be removed, the base re-prepared and new concrete installed.
How much does a commercial concrete slab cost?
Cost depends on slab size, thickness, reinforcing, concrete specification, preparation, access and finishing.
A quote based on project drawings provides the best indication.
Do commercial concrete projects require engineering?
Many do, especially structural slabs, foundations, heavy-load floors and larger commercial developments.
Do commercial concrete projects need building consent?
Structural concrete that forms part of consented building work generally needs to follow the approved plans and applicable inspection requirements.
Can commercial concrete be decorative?
Yes.
Exposed aggregate, coloured and other decorative finishes can be used for customer-facing areas such as entrances and courtyards.
How long before forklifts can use a new concrete floor?
This depends on the concrete specification, conditions and required load capacity.
Heavy traffic should only begin after the slab has developed sufficient strength according to the project requirements.
Can commercial concrete work be staged?
Yes.
Larger projects or operating businesses can often use staged concrete work to help maintain access and reduce disruption.
What should I send with my quote request?
Send the plans, dimensions, specifications, site location, intended use and required timeframe where available.
Photos are useful for existing sites, repairs and replacement projects.
Get A Quote for Your Commercial Concrete Project
Whether you’re planning a warehouse floor, workshop slab, commercial yard, vehicle accessway, loading area, car park, foundation or concrete replacement project, Concrete Services Direct can help you get the quoting process started.
Provide your location, project details and any plans, engineering drawings or specifications already available.