getpumped-2025

Are your concrete slabs and footings up to Australian Standards?

Fri, 22 Aug 2025 01:09:26 GMT

Key areas to check for slab and footing compliance

Footings and slabs form the structural base of most residential buildings in Australia, and if they’re not designed and installed in accordance with current standards, the results can be costly. Cracking, subsidence, and structural issues often stem from overlooked details in slab or footing systems. That’s why the Australian Standards concrete slabs and footings fall under strict regulation, with AS 2870 setting out the national benchmark for residential builds. Whether you're working on a new home, extension or rebuild, understanding these standards is essential for compliant, long-lasting construction.

Compliance with AS 2870 isn’t just about choosing the right concrete — it’s about ensuring all aspects of the slab or footing system meet the requirements for your specific site. Key areas to review include:

Site classification: Soil testing defines whether a site is stable, reactive, or likely to experience significant ground movement
Footing type : Options such as pad footings, strip footings, braced stumps, or full slab-on-ground must suit the soil and structural demands
Slab design and thickness: Slab depth and reinforcement vary based on soil conditions and building loads
Moisture management: Drainage, vapour barriers, and perimeter protection help reduce moisture changes under the slab
Documentation: Engineering drawings and certification must align with the Standard and local building codes

What is AS 2870 and why does it matter for your residential slabs and footings?

AS 2870 Residential Slabs and Footings is the official Standard published by Standards Australia Limited that governs how slabs and footing systems must be designed and constructed across the country. This Standard applies to houses and similar low-rise buildings, and its purpose is to limit structural damage caused by moisture changes, reactive clay sites, and other significant ground movement. It outlines acceptable methods, engineering principles, and minimum requirements for work on residential sites, including how to respond to the site classification determined by soil testing. For anyone in the construction industry, understanding AS 2870 is key to delivering safe, compliant builds.

The best way to ensure your slab and footing system complies with AS 2870 is to work from the ground up — starting with accurate site testing and a qualified structural engineer. From there, follow a documented approach that includes:

Using the correct footing system for your site classification
Reviewing slab layout and reinforcement in detail
Ensuring all construction is carried out in accordance with the engineering drawings
Confirming all concrete pours, formwork, and preparation meet the prescribed methods and materials
Keeping full documentation for inspections, certifications, and warranties

Access to detailed information and technical support will help your team navigate compliance efficiently, especially on complex or high-risk sites.

Common compliance mistakes (and how to avoid them)

How to make sure your slab meets Australian standards

Even experienced builders can run into compliance issues if the Standard isn't followed closely. Some of the most common mistakes include:

Pouring slabs without a recent site classification report
Using generic footing designs instead of those engineered for reactive clay sites
Underestimating slab thickness or reinforcement on poor soil
Neglecting moisture control around slab edges and footings
Failing to coordinate documentation and inspections with local building authorities

These issues not only compromise structural integrity but can also delay approvals and increase rectification costs. Avoiding them starts with clear planning and communication between designers, engineers, and contractors.

Get Pumped works to Australian standards on every project

At Get Pumped, we support builders, engineers, and concreters with concrete pumping services that align with Australian Standards concrete slabs and footings. Whether you're working on pad footings, strip footings, or full slab installations, our team is experienced in handling projects on reactive clay sites, managing challenging access, and coordinating with engineers and site supervisors to ensure every pour meets compliance requirements. With a focus on timing, accuracy, and safety, we help you deliver slab and footing work in a timely manner, without cutting corners. If you're planning a slab pour and need a team that understands construction to industry standards, get in touch today .

What is the right block fill concrete mix ratio?

Fri, 22 Aug 2025 01:01:30 GMT

What engineers and builders expect from a core fill mix?

When it comes to filling concrete block walls, getting the block fill concrete mix ratio right is critical. A poorly mixed batch can lead to voids, cracks, pump blockages, and failed inspections, especially on structural elements like retaining walls. Whether you’re working on core-filled walls with steel reinforcing rods or architecturally shaped block moulds, the mix needs to be strong, highly flowable, and placed accurately. In this guide, we cover what engineers and builders expect, how to adjust the mix depending on the wall design, and how to keep your site compliant and efficient.

For structural walls — especially those involving retaining walls or supporting loads — engineers typically specify a mix that balances strength with pumpability. Builders expect that once placed, the mix will spread evenly into every cavity, fully filling the wall without voids. That means it needs to be a highly flowable mix, with a slump around 160–200mm, and a minimum strength of 20–25 MPa.

It also needs to move easily past steel reinforcing rods without separating or clogging. The mix must compact under its own weight and flow through inspection holes without needing manual compaction

The standard block fill concrete mix ratio (and when to adjust it)

The typical block fill concrete mix ratio is approximately 1:2:4 (cement : sand : aggregate), though most commercial projects will instead specify a 20 MPa concrete with a high slump. Builders often order pre-mixed bags or ready-mix batches designed for core fill, eliminating the need to guess ratios on site. However, this ratio can change depending on the wall type — e.g. double-core concrete blocks, block shapes, or increased structural loads may require stronger mixes. In some cases, an engineer may even recommend additives to reduce water or improve flow. When in doubt, refer to engineered details and check with your supplier.

Not every wall is built the same, so your mix may need to be adjusted based on a few site-specific factors:

Wall height: Taller walls often require greater slump and may need stiffer mixes at the base to reduce pressure
Block type and shapes: Larger or irregular moulds may need different flow characteristics
Steel congestion: Denser steel reinforcing rods inside the blocks can restrict flow
Ground conditions: Uneven or sloping ground can affect how easily the mix settles
Pour rate and weather: Hot or windy days require faster pours and better mix control
Inspection and compliance needs: If you’re being assessed via inspection holes, flowability and finish matter even more

Why slump and flowability matter for pumped block fill

Site and structural factors that can affect your mix design

Unlike slabs or footings, block fill needs to move freely through narrow wall cavities without binding or segregating. If the mix is too dry, it may form bridges or cracks, leaving unfilled pockets behind steel rods. If it’s too wet, it can weaken and bleed. That’s why a controlled slump, typically between 160mm and 200mm, is critical. It allows the concrete to flow into corners and compact under its own weight without assistance.

A highly flowable mix also helps avoid pump blockages when filling walls via boom or line pump.

How Get Pumped support block fill projects with delivering the right mix

At Get Pumped, we’ve delivered thousands of cubic metres of block fill for retaining walls, garden beds, structural cores, and commercial builds. We work closely with builders, engineers, and batching plants to ensure the block fill mix is correct for the job, whether it needs to flow through tight shapes or hold up in tall walls without segregation. Our team helps eliminate pump blockages, coordinates delivery with timing, and ensures your mix is delivered in a timely manner with the right slump and strength. If you need support selecting or scheduling the right block fill concrete mix ratio, give us a call.

Pumping concrete: how the process works on site

Fri, 22 Aug 2025 00:56:03 GMT

Why pumping concrete is the preferred method for modern pours

Pumping concrete has become standard practice on most modern construction sites, and for good reason. It’s faster, safer, and far more efficient than moving concrete manually. Whether you're working on concrete panels, footings , or a slab for a new build , understanding how the process works helps your crew stay organised and on schedule. This guide walks through each step of a typical concrete pumping job, highlighting how control measures, preparation, and experience all play a role in a smooth pour.

In the construction industry, tight schedules and increasingly complex sites have made pumping concrete the most reliable way to place wet mix quickly and safely. It eliminates the need for wheelbarrows or cranes, especially in hard-to-access zones or high-risk construction work environments. Whether using mobile concrete pumps, line pumps, or booms, the goal is to place concrete exactly where it’s needed – reducing waste, improving finish quality, and increasing productivity. With the right concrete pumping equipment and crew, even large-scale pours become manageable.

Step 1: Preparing the site for concrete pumping

Before any concrete placing equipment arrives, the site must be ready. That means formwork and steel should be set, safe work method statements completed, and access routes cleared. The pump and concrete delivery truck need enough room to safely position near the pour zone, and communication should be established between the line hands, site supervisors, and any other trades on site.

If the job involves high-risk work carried out in confined spaces or elevated areas, appropriate control measures must be in place before pumping begins.

Timing is everything. The concrete supply must arrive when the pump is set and ready to go, avoiding cold joints or long wait times. The mix must be pumpable – typically with a slump that suits the concrete pumping equipment – and designed for the specific job (e.g. concrete panels, footings, structural slabs).

Drivers and operators communicate throughout the process to keep flow consistent, especially for large-scale pours where multiple truckloads are needed.

Step 2: Setting up the concrete pump

Step 3: Coordinating the concrete delivery

Once the pump arrives, the team begins setup. This will differ depending on whether a mobile pump, line pump, or boom is being used. Hoses are run from the pump to the pour area, lines are primed with a cement slurry, and safety zones are established. A pre-start inspection of all concrete pumping equipment ensures there are no leaks or blockages. The hopper is positioned for the concrete delivery truck to reverse into, and the line hands prepare to assist with hose management and safe operation during the pour.

Step 4: Pumping concrete into place

Why working with an experienced concrete pumping crew like Get Pumped matters

With the hopper loaded and all crew in position, the operator starts pumping concrete. The material is drawn from the hopper and forced through the pipes or boom to the placement point. The line hands guide the hose, directing the pour to spread evenly across the formwork or into the cavity. Throughout the pour, the team monitors for consistency, avoids overfilling, and ensures no air pockets or voids form. Coordination is essential, particularly on high-risk construction work or when concrete spraying or vertical pumping is involved.

When it comes to pumping concrete, experience can make or break a pour. An experienced crew understands safe work method statements, anticipates risks, and ensures control measures are in place before the truck even arrives. At Get Pumped, we offer concrete pumping services using one of Melbourne’s largest fleets of mobile pumps. Our team supports all stages of the pour, from site prep to clean-up, and ensures every job is carried out safely, efficiently, and in line with the highest construction industry standards. To learn more about our services, contact our team and we’ll be able to assist you with your enquiries.

Step 5: Cleaning, pack-down and post-pour checks

After the pour is complete, the pump lines must be flushed immediately. Residual concrete is cleaned from the system to prevent blockages, and hoses are broken down and packed up. The team then reviews the pour, checking for finish quality, consistency, and any areas that require touch-up.

All tools and concrete placing equipment are cleaned down and stowed according to safety guidelines, ready for the next concrete pumping job.

Where to find professional concrete pumping

Fri, 22 Aug 2025 00:51:07 GMT

What makes a concrete pumping service professional?

Whether you're pouring a house slab , footing , or retaining wall, the right concrete pumping crew can make or break the day. Professional concrete pumping means more than just showing up with a pump truck — it’s about experience, coordination, and knowing how to get the job done safely and efficiently. In this blog, we’ll explain what to look for in a pumping crew, where to find one in your area, and why local knowledge makes all the difference.

Not all concrete pumping services are created equal. A professional outfit will have experienced operators, well-maintained gear, and a solid understanding of job site flow. Look for the following:

Experienced operators who can work with your site’s conditions and access
An extensive fleet of boom and line pumps to suit different job types
Clear communication with builders, site supervisors, and concrete suppliers
Strict safety protocols including pre-starts and compliance with high-risk construction work requirements
Reliable scheduling — showing up on time, with the right equipment and team

Where to find professional concrete pumping in your area

If you’ve never booked a pump before, knowing where to start can be tricky. Here’s where to look:

Concrete suppliers: many have trusted relationships with pumping crews
Builder networks: your builder or tradie network may recommend proven teams
Search online: terms like “concrete pump hire” or “line pump Melbourne” often yield reliable results
Check service areas: look for businesses that clearly list suburbs or region they cover
Review platforms: testimonials and past project photos help vet experience

A team with local experience brings more to the job than just equipment. They know the traffic conditions, delivery zones, and how to get in and out of suburbs quickly. They’re also more likely to be flexible if weather or scheduling changes pop up, and they may already know your builder or supplier, which helps with site coordination.

For professional concrete pumping, local know-how often translates to smoother pours and fewer surprises.

Questions to ask before you book a pumping service

Why local experience matters in concrete pumping

Before confirming a pump, ask a few key questions to make sure they’re the right fit for your job:

What type of pump do you recommend for this pour — boom or line?
Do you coordinate with the concrete delivery?
How many line hands or crew will be on site?
Can you work with tight access or tricky ground conditions?
Are you insured and compliant with safe work method statements?

These questions help you avoid delays, miscommunication, and underprepared operators.

Get Pumped offers professional concrete pumping across Melbourne

At Get Pumped, we’ve spent years supporting the construction industry with reliable, professional concrete pumping services. With one of Melbourne’s largest fleets of mobile pumps, we service residential, commercial, and large-scale sites across the north and west. From house slabs to concrete panels and footings, we arrive on time, set up safely, and assist throughout the pour. If you're ready to book concrete pumping with a crew that knows how to get the job done, contact us today .

Line pump concrete benefits for your concrete pours

Fri, 22 Aug 2025 00:44:14 GMT

1. Easier access to tight of tricky sites

For many small to mid-sized concrete pours, using a full boom setup isn’t always practical or necessary. Compact and efficient, line pump concrete offers a smart solution that’s well suited to tight-access sites, smaller volumes, and straightforward pours. Whether you’re a builder, concreter, or project manager, this guide outlines five key reasons why line pumping is a good option for your next project.

A concrete line pump uses flexible hoses that can be run over long distances, around corners, and through narrow pathways. This makes it ideal for residential jobs or industrial projects where the mobile concrete truck can’t get close to the pour area. Unlike a boom pump, which requires overhead clearance and setup space, a line pump can weave through difficult spaces efficiently, reducing delays on tight-access jobs.

2. Faster and more flexible setup

Line pumps are quicker to set up and reposition than other concrete pumping options. The pump remains at ground level, and once the hoses are run, the team can get straight to work. This flexibility makes line pumps ideal for jobs where multiple sections of the pour need to be accessed without moving heavy equipment. The process supports a smoother workflow, helping you pour more efficiently and with less interruption.

Line pump hoses allow operators to guide concrete directly into forms, trenches, or block cavities with greater precision. This level of control is especially applicable for detailed work such as driveways, pads, steps, or infill pours. By using a concrete line pump, crews can avoid spillage, reduce mess, and ensure the material is placed exactly where it’s needed, improving the finish and reducing the need for corrective work later.

3. Lower cost for smaller pours

4. More control over concrete placement

Using a line pump is often more cost-effective for smaller jobs that don’t require a full boom setup. It’s common for boom operators to have a minimum charge or volume requirement, which can drive up costs unnecessarily on a low-volume job. With a line pump, you’re paying for exactly what you need, both in terms of cubic metre volume and setup time, making it a good option for those managing tight budgets without compromising on quality.

5. Safer on compact or residential job sites

Speak to our team about concrete pumping across Melbourne

With a smaller footprint and less overhead equipment, line pumps are often the safer choice on residential or infill sites. They minimise the risk of contact with powerlines, structures, or trees, a common concern with boom arms. For builders working in densely built suburbs or around existing homes, line pumps are a safer and more convenient solution for delivering concrete to the exact location with fewer complications.

At Get Pumped, we offer a full range of concrete pumping services , including concrete line pump hire for smaller jobs and industrial projects. Whether you're pouring a driveway , footings , or a complex infill slab , our team will recommend the most suitable option for your site conditions and pour size. We’re known for delivering on time, every time, so if you want your next project handled safely and efficiently, get in touch with Get Pumped today .

The benefits of commercial concrete pumping for builders

Fri, 22 Aug 2025 00:35:01 GMT

Faster pours for large-scale construction sites

In commercial construction, timing, precision, and safety are everything, especially when working to a tight program. Commercial concrete pumping plays a vital role in keeping large-scale pours on track, helping builders and developers place concrete efficiently across complex or high-volume sites. This blog outlines the key advantages of using commercial pumps and why they’re a critical part of any professional pour.

When you’re pouring concrete slabs, retaining walls, or footings on a commercial job, every hour counts. Using a boom pump or concrete line pump allows builders to complete each pour more efficiently, reducing downtime and keeping your schedule tight.

With high-output capabilities, commercial pumping ensures you get more concrete placed per hour and fewer delays, even on larger developments or multistage sites.

Improved safety and site control

Concrete pumping significantly reduces the risk of injuries on site by limiting manual handling and wheelbarrow use. Your crew can maintain a safe distance from the pour zone while the highly trained pump operators take control of the placement. It also helps maintain a tidier, more controlled work environment, which lowers hazards and supports compliance with safe work practices on commercial sites.

Hiring a concrete pump may seem like an added cost, but it can actually reduce your overall expenses. With less need for labourers moving barrows and shorter setup and pack-down times, pumping concrete helps you keep crews lean and your budget tighter. It also leads to fewer rework issues by delivering concrete smoothly, accurately, and in one continuous operation, which is a huge benefit on commercial developments.

Access solutions for challenging job sites

Cost and labour savings over traditional placement methods

Multi-storey buildings, basements, or sites with tight access are no problem when you have the right pumping equipment. Boom pumps provide vertical and horizontal reach over obstacles, while line pumps allow concrete to be placed across long distances or into hard-to-reach areas. Whether you’re working on an urban block fill or a large-scale house slab project, the flexibility of concrete pumping ensures the job can go ahead without compromise.

Consistent results and better finish quality

Contact Get Pumped for professional commercial concrete pumping across Melbourne

Commercial pumping delivers wet concrete exactly where it’s needed, reducing the chance of inconsistencies, air pockets, or cold joints. This leads to a cleaner, smoother pour and a better finish, particularly important for exposed concrete slabs or structural elements.

The controlled placement makes it easier for finishing teams to complete the job efficiently and to a high standard, no matter the scale.

Backed by years of experience in commercial concrete pumping , Get Pumped supports Melbourne builders and developers with reliable, flexible pumping services. Whether your project calls for concrete line pumps, boom pumps, or tailored solutions for complex pours, our highly trained team is ready to assist. We deliver personal service, quality equipment, and the expertise to help your job run smoothly from start to finish. Reach out to our team today to book your next commercial concrete pour with confidence.

A guide on concrete piers for reactive clay sites in Melbourne

Thu, 21 Aug 2025 01:21:53 GMT

Why reactive clay soils require specialised foundations

Reactive clay is common across many Melbourne suburbs and poses a serious challenge for builders. Without the right footing system in place, poor soil conditions and moisture movement in the underlying soil can lead to cracks, slab heave, and structural failure. This guide explains how concrete pier footings — especially bored concrete piers — create a solid foundation for everything from homes to large structures.

Unlike stable ground types, reactive clay constantly shifts in response to moisture, leading to uneven settlement beneath a structure. This movement can result in damage to slabs, walls, and finishes unless the footing system is designed to resist it. A standard shallow slab may not perform well in these conditions, especially over time. That’s why a pier foundation is often specified by engineers in areas with reactive soil types. By drilling deep into the earth, concrete piers bypass the unstable upper layer and transfer the building’s load down to firmer ground, creating a more durable and resilient outcome.

How concrete piers improve load stability in poor soil conditions

Concrete piers are drilled deep into the ground to anchor your structure into stable strata, increasing the load bearing capacity of the site. This prevents movement and uneven settlement. Bored piers are a particularly cost-effective choice for Melbourne builds where the underlying soil has limited strength. In some cases, steel screw piles may be used as an alternative, but bored concrete piers remain a preferred option due to their durability and flexibility for different soil types.

The installation process for concrete pier footings begins with drilling pier holes to the depth recommended by a structural engineer. Once excavated, reinforcement cages are placed inside, and concrete is poured, usually with the help of a concrete truck and pump. It’s critical to time the pour correctly to avoid collapse of the pier holes and ensure a clean finish.

When are bored concrete piers the right solution?

What the installation process looks like

Bored concrete piers are ideal when you're dealing with deep layers of reactive clay or building on sloping blocks. They’re also commonly used under large structures, retaining walls, or where split-level housing requires additional footing support. If you need to minimise vibration or ground disturbance, they’re a cost-effective solution that causes minimal disruption to nearby buildings and services.

Melbourne suburbs with high-reactivity soil types

A number of Melbourne suburbs are known for their reactive clay soils and frequently require pier foundations during new construction. Areas such as Sunbury, Werribee, Melton, Craigieburn, Lara, and Doreen have poor soil conditions that often show up in geotechnical reports as having a high degree of moisture sensitivity and movement. If you’re building in these regions, concrete piers are likely to be recommended to protect the structure and meet engineering standards. At Get Pumped, we’ve delivered concrete for bored piers across these areas and understand the site-specific requirements involved in pouring footings on reactive ground.

5 things that affect your concrete delivery cost

Thu, 21 Aug 2025 01:15:24 GMT

1. Delivery distance and location

Planning for a concrete pour involves more than just ordering the right quantity. Your concrete delivery cost can shift depending on factors like timing, location, and site access. Whether you're working on a large-scale project or a simple slab, understanding these variables helps avoid delays and unexpected charges. Here's what to consider before booking your ready-mix concrete delivery.

One of the biggest factors in your concrete delivery cost is how far your site is from the supplier’s batch plant. Longer distances mean more time on the road, higher fuel usage, and tighter scheduling requirements — all of which contribute to the overall price. If you’re based in an outer suburb or an area with limited local supply options, it’s worth checking availability in advance so you can organise a delivery window that fits your timeline and budget.

2. Order volume and minimum load fees

Concrete is typically charged by the cubic metre, but suppliers also work to minimum truckload volumes. If your order falls below that threshold, you’ll likely be hit with a minimum load fee to fill the gap. To avoid paying for unused capacity, it’s best to calculate your required quantity carefully — or, if possible, batch smaller jobs together into a single pour. That way, you’ll make better use of the ready-mix concrete you’re paying for and reduce waste at the same time.

Most suppliers allow a certain amount of waiting time as part of their delivery service, but if the truck is left idle for too long, extra fees start to add up. Delays can happen when the site isn’t fully prepped, the crew isn’t ready to pour, or if there are hold-ups with equipment setup. To avoid being charged for unnecessary downtime, it’s important to ensure the pour area is ready, the pump is positioned, and your team is set to go before the truck rolls in. Good coordination can save both time and money.

3. Site access and pumping requirements

4. Waiting time or delays on site

Every site is different, and access can play a major role in how your concrete delivery is handled. If a truck can’t get close enough to the pour area, you may need to bring in a line pump or boom pump to reach the right spot. These setups come with additional equipment and labour considerations, which can increase your overall concrete delivery cost. The more complex the access or the longer the pumping distance required, the more planning (and budget) you'll need to allocate to keep the job running efficiently.

5. After-hours or weekend delivery

Concrete deliveries that fall outside standard business hours often attract premium rates. Early mornings, evenings, weekends, or public holidays typically require additional scheduling effort from both the supplier and the pump crew, which is reflected in the price. If your project schedule demands a non-standard delivery window, it’s a good idea to confirm availability and any surcharges early in the planning process. Wherever possible, sticking to normal hours will help keep your overall delivery cost down.

Keep your costs low with the right planning from Get Pumped

Understanding what influences your concrete delivery cost is the first step to keeping your project on track and within budget. At Get Pumped, we work closely with builders, homeowners, and developers to coordinate efficient, no-fuss delivery across Melbourne. From matching your ready-mix concrete needs with the right truck and volume, to working with the batch plant and pumping crew to ensure everything runs smoothly on site, we’re here to help. If you require straightforward advice and a team you can trust, contact us today to arrange your next delivery.

How much does a concrete slab cost in Melbourne?

Thu, 21 Aug 2025 01:11:20 GMT

Key factors that affect your concrete slab price

Whether you're pouring a concrete driveway , planning house foundations, or building a shed, understanding your concrete slab cost upfront is essential. From material choice to site complexity, pricing varies depending on the size of the job and the specific requirements on site. This guide will walk you through the typical concrete costs in Melbourne and what you can expect when planning your pour, from labour costs to wet concrete delivery and more.

No two slab pours are the same, and several variables can affect your total price. The most common major variables include:

Size and thickness of the slab — the more concrete needed, the higher the cost
Type of slab — e.g. reinforced slabs, plain concrete, or durable concrete options like waffle pod designs
Site access and condition — difficult terrain or limited access may require additional equipment
Level of reinforcement — steel mesh or rebar is often required for structural strength
Volume of concrete required — affects batching, delivery, and the potential need for more concrete on site
Weather and timing — scheduling during optimal conditions helps ensure a timely manner and avoids rework
Pumping requirements — depending on access, you may need a line or boom pump to place the slab correctly

Average concrete slab cost in Melbourne

On average, you can expect to pay between $70 and $120 per square metre for a standard concrete house slab in Melbourne. This figure typically covers plain concrete, basic labour costs, and standard site preparation. If you're using reinforced concrete, need thicker sections, or are working on a sloped or difficult block, that number can increase quickly.

For larger projects, costs often benefit from economies of scale, whereas smaller projects may attract a premium due to minimum volume requirements.

Beyond the concrete mix and slab itself, your overall budget should account for several other items that influence your total concrete slab cost. These may include:

Formwork and boxing to shape the slab
Vapour barriers, plastic sheeting, or termite protection
Excavation and compaction before pouring
Underslab services such as plumbing or electrical
Edge thickening or drop beams for solid foundation performance
Finishes such as coloured concrete, sealing, or polishing (if not using plain concrete)

Factoring these extras in from the start helps avoid budget blowouts or scope changes later on.

Concrete supply and delivery costs

Additional construction costs to consider

Concrete costs aren’t just about the material itself — delivery plays a big role. In Melbourne, the cost per cubic metre of concrete mix typically ranges from $130 to $180, depending on the strength, additives, and volume ordered. Most suppliers will charge extra for smaller projects under a set minimum load. Add to that the cost of coordinating wet concrete delivery with pump hire, and it’s clear that logistics are just as important as product.

If you're ordering for larger projects or remote sites, you may need to allow for higher freight and scheduling charges. That’s why it's critical to work with a team that manages both concrete supply and pumping — to reduce delays, waste, and costs.

Planning your slab pour with Get Pumped

When you're preparing for a concrete house slab, shed slab, or concrete driveway, working with the right team makes all the difference. At Get Pumped, we coordinate your concrete supply, concrete pumping, and timing to ensure everything runs smoothly and in a timely manner. Our experience across reinforced slabs, larger projects, and smaller pours means you’ll get the right volume of concrete required — without costly delays or wasted material.

If you're looking to get started with a quote or want to better understand your concrete slab cost, get in touch with our team today . We're here to deliver durable, high-quality results that form the base of a strong build.