Industrial Flooring

Warehouse & Factory Flooring

Heavy-duty floor slabs for warehouses, factories and industrial units across Sydney — poured in staged bays to tight flatness tolerances and engineered for forklift, racking and machinery loads.

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What It Is

What Is a Warehouse & Factory Floor?

A warehouse or factory floor is a heavy-duty, ground-bearing concrete slab built to carry industrial loads — forklift and vehicle traffic, racking and shelving legs, stored materials and fixed plant. It is designed and reinforced for far higher loads than a residential floor, and the surface finish and flatness are specified to suit how the floor will be used.

Everything is built to the structural engineer's design — slab thickness, reinforcement, concrete grade, joint layout and surface tolerance. On larger floors the slab is poured in planned bays with control joints set out to manage shrinkage and keep the building program moving.

With concrete construction experience across Greater Sydney since 2012, we form, reinforce, pour and finish industrial floor slabs to the documentation provided — managed by one team from set-out through to the cured floor.

Built to the structural engineer's design and concrete grade
Engineered for forklift, racking and machinery loads
Poured in staged bays with set-out control joints
Surface finish and flatness agreed to suit the floor's use
One team manages prep, steel, pour and finish

Large warehouse interior with finished concrete floor and loading dock, Sydney

Why Masta

Built for Industrial Use

What we account for when building a warehouse or factory floor.

Heavy-Duty Loads

Slab thickness and reinforcement are designed for the racking, forklift and machinery loads the floor has to carry — not a one-size-fits-all section.

Flatness Tolerances

We agree the required surface finish and flatness up front and pour and screed to it — important for forklift movement and narrow-aisle racking.

Staged Bay Pours

Large floors are poured in planned bays with construction and saw-cut control joints set out to manage shrinkage and keep your build moving.

Built to Engineering

Every floor is constructed to the structural engineer's design — thickness, reinforcement schedule, concrete specification and joint layout.

Subgrade Preparation

A sound, well-compacted subgrade is critical for an industrial floor. We prepare and level the base to the design before the steel goes down.

One Accountable Team

Set-out, base prep, steel fixing, the pour and the finish are all run by one team — one point of contact, accountable start to finish.

Our Process

How Your Floor Slab Gets Built

Three clear stages, one team accountable for every step.

Engineering & Set-out

We work from the structural engineer's plans — confirming slab thickness, reinforcement, concrete grade, joint layout and surface tolerance. The base is prepared and compacted, and the bays and joints are set out before any concrete is booked.

Formwork & Steel

Perimeter and bay formwork is set, and the reinforcing steel is fixed to the engineer's schedule — bar sizes, spacings, laps and cover all to specification. Everything is checked against the drawings before the pour.

Pour, Finish & Cure

Concrete is placed bay by bay, screeded to the specified level and flatness, and finished to the agreed standard. Control joints are saw-cut at the right time and the slab is cured before handover.

Related Work

Need a Slab or Commercial Pour as Well?

Commercial & Industrial Concreting

See the full range of commercial and industrial concrete work we take on across Sydney, and how we run larger jobs.

View commercial concreting

Loading Docks

Warehouses usually need dock slabs, ramps and aprons too. See how we build loading docks for forklift and truck loads.

Explore loading docks

We build to the structural engineer's documentation for your site. If you don't yet have engineering, send us the building plans and we can advise on what's needed before the floor is quoted.

Cost

What Affects the Cost of a Warehouse Floor?

Every Floor Is Quoted on the Job

Floor area and overall dimensions
Slab thickness, reinforcement and concrete grade
Required surface finish and flatness tolerance
Subgrade condition and site access

Every industrial floor is different — the engineered slab section, the required finish, the amount of base preparation and site access all affect the final number. Send us your plans and engineering, and we'll prepare a fixed-price quote. No deposit to quote, no obligation.

FAQ

Warehouse & Factory Flooring Questions Answered

Slab thickness is set by the structural engineer based on the loads the floor has to carry — forklift wheel loads, racking leg loads, stored materials and any fixed plant — together with the subgrade strength. Industrial floor slabs are typically thicker and more heavily reinforced than a domestic slab, but there is no single number that applies to every site. We build to the thickness, reinforcement and concrete grade the engineer specifies for your loads.

Yes. Large industrial floors are poured in planned bays rather than in one continuous pour, with construction joints and saw-cut control joints set out to manage shrinkage and to let the building program continue around the work. We set out the joint layout and pour sequence to suit the slab design and your site access before any concrete is ordered.

We build to the engineer's design, which accounts for the point loads from racking legs and the dynamic loads from forklift and traffic movements. Surface finish and flatness also matter for forklift and very narrow aisle operation, so we agree the required finish and tolerance up front and pour and screed to it.