Concrete Benchtop Costs VIC 2026 - Get Free Quotes

Concrete Benchtop Costs in Victoria

Concrete benchtops run $900 to $1,600 per lineal metre supplied and installed across Victoria, which puts a standard kitchen at $5,000 to $11,000. That sits alongside granite rather than below it, and comfortably above laminate. Anyone approaching the material because it looks like the affordable choice will be surprised by the first quote. The ingredients are cheap and the finished article is not, and the gap between those two facts is where most of the confusion about concrete begins.

What the money actually buys is a surface that exists nowhere else in the world. There is no slab to inspect beforehand, no pattern repeat, and no chance that a neighbour has the same benchtop. Yours was mixed, poured, ground, polished and sealed for your kitchen alone, to dimensions taken from your cabinetry. For households who want exactly that, nothing else on the market delivers it at any price.

The material also asks something unusual of its owner, and being clear about it prevents most of the disappointment associated with concrete. It is designed to change rather than to stay put. Colour shifts slightly across the years, areas of heavy use develop a different sheen from the rest, and fine surface crazing appears in the great majority of benches eventually. None of that is a defect, and a maker who explains it before you order is being candid rather than defensive.

Concrete sits outside the engineered stone prohibition entirely, and that bears saying plainly given how much confusion surrounds the subject. Engineered stone has been prohibited across Australia since 1 July 2024, covering manufacture, supply, processing and installation, with enforcement in this state by WorkSafe Victoria. Concrete was never within that definition because it contains no polymer binder. What did carry across is the workplace duty around dust, since grinding and polishing concrete releases silica and has to be controlled with water or extraction.

Victoria adds two conditions that shape how a concrete benchtop is installed here. The ground through Melbourne's western and northern growth corridors is heavy cracking clay that moves seasonally, which matters a great deal for a rigid slab bedded onto cabinetry. Melbourne's apartment stock adds a second constraint that houses do not face, since weight and lift access both become real limits in a tower. Both are covered further down and both are manageable when raised early. Neither rules the material out, and both are cheap to allow for and expensive to fix afterwards.

Water is the one Victorian factor that runs in the material's favour. Melbourne draws largely from protected forested catchments and has among the softest reticulated supply in the country, so the mineral scale that builds around taps elsewhere barely appears here. That matters for concrete specifically because it is cement based and alkaline, so the acidic descalers people reach for to remove scale attack the surface itself. Melbourne kitchens simply do not generate the same temptation, which removes a common source of damage.

What follows covers where the money goes, the two casting methods and how they differ, the weight problem and what your cabinetry needs, sealing, crazing, and the colour and finish choices available. Pricing across Melbourne and the regions comes toward the end. Where you are still comparing materials, the wider guide sits under kitchen benchtop installation and replacement, and the manufactured alternatives under solid surface benchtops. A sample panel poured from your mix answers the colour question properly.

Why Concrete Is Not the Cheap Option

The assumption comes from the price of cement, sand and aggregate, all of which cost very little. It misunderstands where the money goes on a benchtop, which is almost entirely into labour and time rather than materials. A maker builds a mould specifically for your kitchen, accurate to every cutout, every edge and every curve. That work alone takes most of a day and sometimes considerably more on a complex layout. Ask any maker to break the quote into mould, pour, cure and finish and the shape of it becomes obvious. Most will do that willingly because it explains their price better than a single figure does.

The pour takes very little time by comparison and then the piece simply sits. Concrete continues gaining strength and giving off moisture for weeks after casting, and it cannot be rushed through that. During those days or weeks the piece occupies workshop floor space that a business has to pay for whether the slab is moving or not. That occupied space is a real cost and it appears in your quote whether anyone itemises it or not.

Finishing absorbs the remaining hours and it is where the price separates. A plain sealed surface is quickest, a honed matte finish takes longer, and a polished surface with exposed aggregate is the most time consuming because the grinding runs through many progressive stages. Each stage means changing pads, working the whole surface evenly and checking the result. A maker quoting a polished aggregate finish at the same rate as a plain sealed one has not costed the job properly.

Sealing follows and a good sealing job is several careful applications rather than one quick coat. The surface has to be clean and fully cured, each application has to be worked in and the excess removed, and the piece needs time between coats. Rushing it produces a surface that stains within months, which is the single commonest complaint about concrete benchtops and almost always traceable to preparation. Cabinetry usually needs reinforcing before a poured top can sit on it. Site access decides whether a precast panel is even possible.

Beyond the benchtop itself, four costs sit outside most quotes and deserve budgeting separately. Cabinetry reinforcement runs $300 to $1,200 where the cabinet boxes need strengthening to carry the load. Cutouts are $150 to $400 each and are formed in the mould rather than cut afterwards where possible. A plumber costs $300 to $600 across the two visits a replacement needs, and removal of the old benchtop runs $400 to $900, or $600 to $1,400 where it is engineered stone that must come out under dust controls. Hold a contingency beyond those four, since the state of the cabinet boxes only becomes visible once the old surface lifts off. Anything over twenty years old tends to hide something.

Cast in a Workshop or Cast in Place

There are two ways to make a concrete benchtop and the choice affects cost, timeline, appearance and risk. Most Victorian makers work one way or the other rather than offering both, so it pays to understand the difference before deciding who to approach. Asking a workshop caster to pour in your kitchen, or the reverse, generally wastes everybody's time. Winter pours across Melbourne take longer to reach working strength than summer ones. Repairs blend better on textured surfaces than on smooth ones.

Casting in a workshop is the common method and the more controlled of the two. A mould is built to your measurements and the mix poured into it, then the piece cures under supervision rather than in whatever conditions your house provides. It is ground, polished and sealed in the workshop before being delivered as a finished object ready to place onto the cabinetry. Temperature and moisture during curing can be managed, the surface is finished with proper equipment at a comfortable working height, and any piece that comes out wrong is remade at the maker's cost rather than becoming your problem. Trial panels cost little against the price of an unwelcome surprise.

The limitation is handling, and it is a real one in Victoria. A finished piece has to be transported and then carried into the house, and concrete is the heaviest material in this category. A long island top may therefore need making in two sections with a join between them. In a Melbourne apartment or a narrow inner suburban terrace it may not fit through at all. Melbourne makers cluster in the inner north and the south east.

Casting in place means building the mould on top of your cabinetry and pouring the mix in your kitchen. It produces a completely seamless top with no joins anywhere. It can also wrap around awkward geometry that would be difficult or impossible to transport in one piece. Fewer Victorian studios offer it, so ask early rather than assuming it is on the table. Outdoor concrete handles Victorian sun without any fading at all.

The costs of that approach are real and worth weighing before agreeing to it. Your kitchen becomes a workshop for a week or more, with dust sheeting and ventilation becoming your problem for the duration. Curing happens in whatever conditions the house provides rather than controlled ones, which matters more in a Melbourne winter than people expect. Finishing is done on site in a confined space, and grinding concrete indoors produces silica dust that must be controlled with water or extraction rather than swept up afterwards. Ask how long the kitchen will be out of action and whether you can still use the sink. Plan meals around the answer rather than assuming it will be brief.

A third approach uses a thinner mix reinforced with fine fibres, producing a lighter panel at a thickness closer to stone. That reduces the weight problem considerably and allows more delicate detailing at edges and returns. It costs $1,000 to $1,700 per lineal metre because both the mix and the technique are more specialised than ordinary casting. Fewer Victorian makers offer it, so ask early if it interests you rather than assuming it will be on the table. Weight means the cabinetry has to be built for the load.

Ask any maker which method they use and why they prefer it, then ask to see finished work in person. Concrete photographs beautifully and consistently, which flatters every maker equally and tells you very little. Surface texture is what you will live with day to day, so five minutes with your hand on a finished bench tells you more than an entire gallery of images. A bench in a working kitchen tells you more again, since only a used surface shows how the material ages. A studio that has worked in your suburb before will also know the ground conditions. That local knowledge is worth more than a slick portfolio.

Weight and What the Cabinetry Needs

Concrete is among the heaviest benchtop materials and this is the practical constraint that shapes almost every other decision. A forty millimetre top weighs roughly ninety five kilograms per square metre, and at fifty millimetres that rises to around one hundred and twenty. A two metre island piece at the heavier end therefore approaches two hundred and fifty kilograms in a single element. It has to be carried into the house, lifted accurately onto the cabinetry, and then supported there permanently for decades. A sink can be cast into the piece rather than cut in later.

Cabinetry has to be built or reinforced for that load before anything is cast. Standard kitchen cabinet boxes are designed with laminate or stone in mind rather than concrete, so additional rails, thicker panels or a full supporting frame are commonly needed. Expect $300 to $1,200 depending on the layout and how much of the existing joinery can stay. That work belongs to the joiner rather than the benchtop maker, which makes coordination essential and puts the conversation at design stage, as covered under kitchen cabinet installation. Two trades and two quotes means somebody has to coordinate them, and on most jobs that person is you.

The thinner fibre reinforced option changes this arithmetic significantly. At twenty five millimetres those panels weigh roughly sixty to sixty five kilograms per square metre, which is about half of conventional concrete. In many renovations they can sit on standard cabinetry with only minor reinforcement, which is a genuine practical advantage where the existing kitchen is staying. It is worth pricing specifically if your cabinetry is sound and you would rather not rebuild it. Integral pigments colour the whole slab rather than the surface.

Overhangs need particular attention with this material more than any other. A breakfast bar extending beyond its cabinetry carries a great deal of weight out at the unsupported end. Steel support built into the joinery is generally required rather than optional at anything beyond a modest projection, and it has to go in before the cabinetry is closed up. Raising it after the joinery is finished means opening it up again. Steel support has to go into the joinery before it is closed up, so raise any breakfast bar or peninsula at design stage. Retrofitting it means dismantling finished cabinetry.

Melbourne apartments add a constraint that houses simply do not face. Buildings across the CBD, Southbank, Docklands and the inner suburbs run goods lift bookings, and whatever fits in that lift is the largest piece you can have. Floor loading is the second question, since a heavy benchtop in a high rise apartment may need checking against the slab capacity and the owners corporation may want to see that assessment. Both questions belong at the first phone call rather than on delivery day. Established Victorian makers keep photographs of their older work.

Send photographs of the route from the street with your first enquiry regardless of property type. On concrete more than any other material, access changes the design rather than merely the price. Discovering a problem late is expensive and occasionally means redesigning the piece. A maker who has installed in a house like yours before will spot it immediately. Ask the maker to show you a bench poured five years ago.

Sealing and Why It Decides Everything

Concrete is porous, and without a sealer it absorbs oil, wine, coffee and anything else that lands on it. Cooking oil is the worst of them, since it soaks in quietly and shows up later as a darker patch that was not there at the time. Sealing is therefore not maintenance in the optional sense that people sometimes assume. It is the difference between having a benchtop and having a permanent record of everything you have ever cooked. Curing continues for weeks after the surface looks finished.

Sealers divide into two families that behave quite differently in service. A penetrating sealer soaks into the surface and leaves the concrete looking and feeling like concrete, which is what most people choosing the material actually want. It slows absorption considerably rather than stopping it entirely, so spills still need wiping reasonably promptly. It also wears thin rather than scratching, which means it can be topped up in place. Formwork determines the edge profile before any concrete is mixed.

A topical sealer forms a thin film across the surface instead of soaking in. It resists stains and acids considerably better as a result, which suits a household that cooks heavily and wants less anxiety about it. The costs are that it looks slightly like a coating rather than raw material, and that it can scratch or wear through in high traffic areas. Many Victorian makers use a combination, with a penetrating product for depth and a wax or topical layer over the top. Heat is the other consideration with a film sealer, since sustained heat can mark the coating even though the concrete beneath is unharmed. A trivet under anything straight off the burner removes the problem entirely.

Reapplication typically runs every two to five years for a penetrating sealer, though a heavily used bench may want it sooner. Expect $200 to $500 to have it done professionally, or considerably less doing it yourself, since the work is well within a homeowner's capability. Products from Lithofin, Aqua Mix and Dry Treat are stocked by Victorian stone and tile suppliers and suit concrete as well as natural stone. Write down the product used at installation so the next application matches it exactly. Resealing intervals depend on the product and how hard the kitchen works.

Waxing is the other half of the routine on a good many benches and it is quick. A food safe wax applied every few months adds a layer that takes the daily wear instead of the sealer beneath. Reapplying it is a ten minute job across a whole kitchen, and that small habit materially extends the life of the sealer underneath. Use a soft cloth and a pH neutral cleaner for everyday wiping, since abrasive pads dull the surface faster than anything else in a kitchen. Ask whether your finish includes a wax layer, since the answer changes the routine.

The water test tells you when to act and needs no equipment at all. Splash a little water onto the surface and watch what it does, since water that beads and sits means the sealer is still working. Water that soaks in and darkens the concrete beneath means it is time to reseal. Test the busiest area rather than a quiet corner, because that is where the sealer thins first.

Curing before sealing matters a great deal and cannot be hurried. Concrete continues to gain strength and give off moisture for weeks after it is poured, and sealing too early traps that moisture inside the piece. A maker who wants time before applying the final finish is doing the job properly rather than delaying you. Expect four to eight weeks from order to installation on most Victorian jobs, with the curing period accounting for much of that.

Crazing, Patina and What Counts as a Defect

This is the section that decides whether concrete is right for you rather than merely appealing. It is also the one most often glossed over in a showroom, where every sample is new and nothing has yet had a decade to change. Reading it before you order saves a difficult conversation later. Sealers differ enormously in how they cope with a hot pan.

Concrete changes appearance over time, and that is inherent to the material rather than a sign of poor work. Colour deepens or lightens slightly across the years. The whole surface gradually acquires a lived in quality that admirers call patina and sceptics call wear, and both descriptions are accurate depending on your temperament. Photographs taken on handover day will never look like the bench does in year five. A trial panel in your chosen mix settles most colour arguments. The finished piece will not match the sample exactly.

Fine surface crazing is the specific thing people worry about most before ordering, and it is the question every maker gets asked. These are hairline marks in the surface layer, usually visible only when light rakes across the bench at a low angle. They appear in the great majority of concrete benchtops as the material cures and settles across its first years. They are not evidence that anything went wrong. Photographs help more than a description here. Outdoor applications suit the material better than most alternatives.

Crazing of that kind is cosmetic rather than structural. It does not weaken the piece in any measurable way, and it does not let water through a properly sealed surface. Reputable Victorian makers say plainly that it will probably occur, and one who guarantees otherwise is either working with a very different mix or overselling. That answer also tells you something useful, which is whether they have benches out in the world with a few years on them. Ask to see a bench with several years on it and judge for yourself. Lead times reflect that each piece is made rather than cut.

Structural cracking is a different matter and is not normal at all. A crack running through the full thickness, particularly one starting at a cutout corner, points to one of three causes. Inadequate reinforcement inside the piece, insufficient support beneath it, or movement in the cabinetry transferred straight into the top. In Melbourne's west that third cause is the common one and it has its own section below. Photograph any crack and note the date, since whether it grows across a season tells a maker a great deal. That record is useful if a warranty conversation follows.

Staining is the third category and it is usually recoverable rather than permanent. A mark that has penetrated a worn sealer can often be drawn out with an absorbent paste left on the surface for a day or two, then the area resealed once it has dried. It is the same technique used on natural stone and it works on concrete for the same reason, since both are porous materials that absorb rather than repel. Detail on the method sits under benchtop resurfacing and repairs, and comparable natural surfaces under marble benchtops. That is the detail people most often skip. Colour develops over the first months rather than arriving finished.

Set your expectations before you commit rather than discovering them afterwards. A household that will find a hairline mark in raking light distressing should choose something else entirely. A household that likes the idea of a surface carrying a history will be very happy with concrete for decades. Neither preference is wrong, and knowing which describes you is the single most useful thing on this page.

Colour, Aggregate and Finish

Colour is achieved by adding pigment to the mix rather than applying anything to the surface, which means it runs through the whole thickness. A chip therefore exposes more of the same colour rather than revealing something different underneath. That is a real advantage over any printed or coated surface, where a chip shows the material beneath and cannot be disguised. It also means a repair blends more readily than it would on a decorated product. It also means a chip on an edge is far less conspicuous than the same damage on a printed surface. A filled repair therefore blends far better than it would on a decorated surface.

The palette is broad without being unlimited, and it is worth setting expectations early. Greys from pale through to charcoal are the natural territory of the material and always look right. Warm sand and buff tones work well too. Strong colours are achievable, though they tend to read as painted rather than as concrete, which defeats much of the point of choosing it. Ask for a sample panel poured from your chosen mix before the full job, since colour on a screen or a chip never matches a cured slab. Sealer choice affects daily life more than the mix design does.

Consistency of colour is where expectations need managing carefully. Pigmented concrete varies slightly across a single pour and more so between pours. Two pieces made a week apart will not match perfectly, and a large kitchen made in sections may show subtle differences between them. Two makers using the same pigment will not produce identical benches either, which is either the appeal of the material or the reason to avoid it. Ask whether your kitchen will be poured in one batch or several. Every poured surface carries variation that photographs rarely show.

Aggregate is the stone within the mix, and grinding back the surface is what exposes it. A lightly ground bench shows small flecks scattered through the grey. A heavily ground one reveals the stone across the whole surface, closer in appearance to terrazzo. The maker can also seed particular stones, recycled glass or even shell into the mix deliberately, which is where concrete becomes truly bespoke rather than merely custom sized. Seeded materials are quoted individually because sourcing and testing both take real time. Have a trial panel poured before committing to anything unusual, with the harder manufactured options under porcelain benchtops.

Surface texture ranges from a smooth polish, through a honed matte, to a deliberately trowelled finish carrying visible variation. Polished shows every mark and fingerprint more readily than the alternatives. A matte or textured surface hides daily use considerably better and is the more practical choice in a kitchen that gets worked in rather than photographed. Melbourne's soft water helps here as well, since polished concrete shows less water spotting in this city than the same surface would in a harder water state.

Edges can be square, softly rounded, or formed with a visible cast edge that shows the material's character openly. Because the piece is made in a mould rather than cut from a slab, profiles that would be expensive to machine in stone are simply built into the mould instead. That makes shaped edges far cheaper here than in granite. Integrated features follow the same logic, so a drainer, a moulded splashback, a shaped sink recess or a curved corner can all be formed as part of the piece itself. That mould advantage is the reason concrete suits curved and shaped layouts better than stone. Load bearing capacity has to be established before anything is made.

Where Concrete Works

An island is where concrete earns its cost most convincingly of anywhere in a house. It is the piece people look at and stand around, and the material's character reads best across a large uninterrupted surface rather than in narrow runs. An island is additionally the easiest place to build the cabinetry support the weight requires, since it is usually being built new anyway. It is also the piece most Victorian makers would rather build, as covered under kitchen island bench installation. Islands are also where the weight question is easiest to solve, since the cabinetry is usually being built new anyway. Melbourne makers differ considerably in house style and finish.

The full kitchen works well for households who want the material throughout and understand what they are taking on. The maintenance is real and ongoing rather than occasional. The appearance will change across the years rather than staying put. Both of those are fine when they were the intention rather than an unwelcome surprise in year three. Build it into the schedule rather than the hope. A cast in sink removes the junction where problems usually start.

Outdoor kitchens suit concrete unusually well, which few materials manage. It is unaffected by ultraviolet light, which rules out several alternatives in a Victorian summer. It handles temperature swings, and it looks entirely at home outside rather than transplanted from indoors. Sealing needs doing more often where sun and rain both work on the surface continuously, and the wider comparison sits under outdoor kitchen benchtops. Sealing needs doing more often outside, where sun and rain work on the surface continuously. Transport and craning costs depend entirely on site access.

Bathroom vanities are a good application and often the best introduction to the material. A vanity is small enough that the weight stays manageable and the cost stays modest. An integrated basin can be cast as part of the same piece, which no stone fabricator can match. Acid exposure is also far lower in a bathroom than in a kitchen, so the sealer lasts longer.

Where concrete is a poor fit is a household wanting low maintenance and visual permanence, and laminate benchtops suit that brief at a fraction of the cost. Anyone who would resent resealing every few years is choosing the wrong material. So is anyone who would be distressed by fine crazing appearing in raking light. Porcelain serves those households far better, since it asks nothing at all and changes not at all across its life, as covered under porcelain benchtops. It is easier to settle now than after the pour. Pigment behaves differently across batches even from one maker.

Rental properties and homes being sold soon are also poor candidates for the material. The maintenance depends entirely on the occupant caring enough to do it. A buyer unfamiliar with concrete may also read normal patina and crazing as damage rather than character, and explaining the material at an inspection rarely works. That affects what they are willing to pay, which is a poor return on a bespoke surface. A buyer unfamiliar with the material may read normal patina as damage. Explaining it at an inspection rarely works.

Victorian Conditions

Two local factors affect concrete more than they affect most benchtop materials, and both are worth planning around at the outset. Neither costs anything to allow for if you know about them early. Both are expensive to remedy afterwards. Both are expensive to remedy afterwards and free to allow for in advance. Steel or fibre reinforcement is decided at the design stage. Comparing two makers reveals how much house style varies.

Ground movement is the difficult one and it concentrates in specific parts of Melbourne. The basalt plains running through the west and north carry heavy cracking clay, so suburbs including Werribee, Point Cook, Tarneit, Melton and Sunshine, along with the growth corridors around Craigieburn, sit on ground that swells with winter moisture and shrinks through summer. Under the residential slab and footing standard published by Standards Australia, those sites usually carry a highly or extremely reactive classification. Houses on that ground move seasonally and the movement carries up into the kitchen cabinetry. The corridors built out over the last twenty years are where this comes up most often. Older inner suburbs on different ground behave quite differently.

Concrete behaves like stone in that situation rather than like timber. It is rigid and strong in compression while having very little give in it. A piece bedded hard onto cabinetry that moves will therefore eventually crack, usually at a cutout corner where stress concentrates at a single point. Flexible silicone bedding, cabinetry levelled before the piece goes on, and cutout corners cut as a curve rather than a sharp right angle are the answers, and none of them adds anything to the price.

Ground under bayside and eastern Melbourne behaves quite differently, so far less of this arises there. Frankston, Mordialloc, Brighton and much of the east sit on sand, which barely shifts, and those sites sit at the stable end of the same classification. A maker working across the whole metropolitan area will know the difference and should raise it without prompting. A maker who asks your suburb before quoting is thinking about the right things.

Water is where Victoria has a genuine advantage and it applies directly to this material. Melbourne's supply comes largely from protected forested catchments in the Yarra Ranges and is among the softest reticulated water in Australia. Concrete is cement based and alkaline, so acidic descalers attack the surface itself rather than merely stripping the sealer, etching it in the way they etch marble. Because scale barely forms in Melbourne, households here are rarely tempted to use those products at all, which removes a common cause of damage seen in other states. Scale simply does not build up here the way it does in harder water states.

Outside Melbourne the picture varies from town to town depending on the source. Towns drawing from surface storages behave much like Melbourne with very soft water and minimal spotting. Groundwater supplies through parts of the Wimmera, the Mallee and northern Victoria carry a heavier mineral load, so deposits appear around a tap faster and a pH neutral cleaner becomes more important. Properties on rainwater tanks see sediment instead, which wipes off easily and does no harm to a sealed surface. If the detail matters to you, hardness figures for each supply zone are published by the water retailer. None of it changes the material choice, only the cleaning routine.

Citrus, wine and vinegar in ordinary cooking do the same thing as a descaler on a smaller scale every day. A well sealed bench resists them comfortably for the time it takes to notice and wipe up. That is precisely why the sealer matters and why it needs maintaining rather than being forgotten. Leaving a cut lemon sitting on the bench overnight is a poor idea on any cement based surface, wherever in Victoria you live. Efflorescence appears in the first months and settles down afterwards.

What Affects the Cost

Casting method sets the starting point for any quote you receive. Workshop casting is the standard approach and the baseline for pricing. A thin fibre reinforced mix costs more at $1,000 to $1,700 per lineal metre because both the materials and the technique are more specialised. It also determines the timeline, since a piece cast in your kitchen ties up the room for a week or more. It also determines how long your kitchen is unusable, which matters more to most households than the price difference. Ask for both the price difference and the disruption in days before deciding.

Finish drives the labour hours more than any other single choice you make. It is also the decision that most affects how the bench looks in five years, since a polished surface shows wear that a honed one absorbs. Decide it before slab pricing, since a polished aggregate finish and a plain sealed one are different jobs rather than variations. Precast panels arrive cured while in situ work cures in your kitchen. Fine surface crazing is characteristic of the material rather than a fault.

Thickness affects both the material cost and the weight in direct proportion. A fifty millimetre island top uses considerably more material than a forty millimetre one and weighs proportionally more. A heavier top may also push the cabinetry reinforcement into a more expensive bracket, so the two costs compound rather than sitting side by side. Weight also affects who can install the piece, since some makers subcontract the lift and others carry it themselves. A heavier top can push the cabinetry reinforcement into a dearer bracket, so the two costs compound. Price them together rather than separately.

Colour and seeded aggregate add cost in proportion to how unusual the request is. A standard grey is included in the base rate and a pigmented mix adds a modest amount on top. Seeding a specific stone or a recycled material is priced as bespoke work and quoted individually, since sourcing and testing both take real time. Expect to pay a small amount for a trial pour in your chosen mix, and treat it as money well spent. A standard grey sits in the base rate and reads well in almost any kitchen.

That is why they must be confirmed before the piece is cast rather than adjusted later, and changing a sink model after the mould is built is an expensive conversation. Cabinetry reinforcement at $300 to $1,200 sits outside the benchtop quote entirely and belongs to the joiner, as do any steel supports for an overhang. Confirm the sink and cooktop models before the mould is built, since changing them afterwards is an expensive conversation. Models change and a few millimetres matters. Two makers can produce visibly different results from the same brief.

Access and regional travel round out the picture, and both matter more here than on any lighter material. A crew that can carry a laminate top in single handed needs several people and sometimes lifting equipment for concrete. Apartment work adds lift bookings and owners corporation requirements on top of that. Removal of an old bench sits outside the quote as well, at $400 to $900 for most materials and $600 to $1,400 for engineered stone. Acidic spills mark an unsealed surface within minutes.

Melbourne and Regional Victorian Pricing

Metropolitan rates stay within a narrow range, with the specification and the site doing far more to the figure than the suburb does. Access and cabinetry condition matter more on concrete than on any other material. Older housing with narrow passages and tired joinery therefore sits toward the top of the range, since both the delivery and the support work cost more. The tables below cover a standard kitchen supplied and installed. Older housing with tired joinery and narrow passages therefore sits toward the top of the band.

Two Melbourne points explain most of the variation within those ranges. Apartment projects through the CBD, Southbank and Docklands carry goods lift bookings, restricted work hours and owners corporation requirements, and lift dimensions occasionally force a join that a house would not need. Homes through the western growth corridors sit on reactive basalt clay, so the bedding method and cutout detailing matter more there, and a maker who raises it unprompted is one worth using. Concrete makers in Victoria are also specialist studios rather than the stone fabricators who dominate granite and porcelain, and there are fewer of them, which means less choice and longer lead times in busy periods. Lead times run longer than stone because the piece is made to order.

Casting in place becomes considerably more attractive at distance and is worth asking about specifically rather than waiting for it to be offered. Where a maker is travelling several hours anyway, pouring on site removes the freight problem entirely, since only the materials and the maker need to make the journey rather than several hundred kilograms of finished benchtop. The trade off is that your kitchen becomes their workshop for the duration, which is a bigger imposition in a house with no second kitchen. Weigh that up frankly before agreeing.

Local concreters are worth considering for simpler pieces and this is a real regional option. A competent local operator can produce a plain outdoor bench or a laundry top perfectly well. A polished kitchen island with exposed aggregate is different work entirely, requiring specialist equipment and a great deal of practice. Match the piece to the maker rather than assuming either extreme. Ask what happens if the piece cracks during transport.

Transport risk deserves settling in writing before any deposit changes hands. A finished concrete top is heavy, brittle in the wrong direction, and expensive to remake from scratch. Establish clearly who bears the cost if a piece arrives damaged after several hundred kilometres of highway. That conversation is far easier before the piece is cast than after it arrives in two parts. Get the answer in the quote rather than in conversation.

Resealing at distance is best planned for as an ongoing homeowner task rather than a service call. Products are readily available through stone and tile suppliers and can be posted anywhere in Victoria. Application is comfortably within a homeowner's capability and takes about fifteen minutes across a kitchen. That matters a great deal in regional Victoria, since calling a specialist out from Melbourne every three years would be entirely uneconomic. Products post anywhere in Victoria and cost very little.

What to Look Out For

See finished work in person before committing to anything at all. The variation between makers in this material is also wider than in any other. Ask where their nearest completed kitchen is and whether the owner would allow a visit. Craning a heavy panel into a tight site is priced separately. A poured in place top removes the transport problem entirely.

Ask directly whether fine surface crazing is expected, and be wary of anyone who promises it will not happen. A candid maker explains that it is likely and that it is cosmetic. Get the maintenance schedule in writing at the same time, covering both the sealer interval and the wax if one is used. A maker with benches out in the world for years will answer without hesitation. One who has only ever photographed new work will not.

Confirm the cabinetry support before the piece is made rather than after. That means two trades and two quotes, and somebody has to coordinate them. On most jobs that person is you. Expect visible variation across a poured surface as part of the material.

Establish which sealer is being used and exactly what maintaining it involves. Penetrating and topical sealers have different reapplication intervals and quite different care routines. Ask for the product name on the quote so you can buy the same thing in three years rather than guessing. You need to know which one you have before the maker leaves.

Ask how ground movement will be allowed for in the installation. A rigid heavy slab sitting on cabinetry that shifts seasonally faces exactly the same problem stone does in Melbourne's west. Flexible bedding and curved cutout corners cost nothing extra to specify, and a maker who works across the western suburbs will raise reactive soils before you mention them. Level cabinetry is the third part of the same answer.

Get the curing time in writing and resist any temptation to rush the maker. Concrete continues gaining strength for weeks after it is poured, and a piece delivered early because a kitchen deadline slipped is the commonest cause of problems in this material. Sealing or loading a piece too early causes trouble that appears months down the track. Nobody benefits from hurrying this stage.

Where the job forms part of larger building work, confirm the licensing and have the entire scope written down. Building practitioner registration is administered by the Building and Plumbing Commission, and domestic building contract requirements sit with Consumer Affairs Victoria. Disputes that cannot be resolved directly can be heard at VCAT. Ask what the maker does if a crack appears in year two.

What to Look for in a Quote in VIC

A concrete quote worth comparing states the casting method, the thickness, and the colour and finish being used. It confirms whether aggregate will be exposed and lists every cutout and integrated feature separately. It names the sealer product and its maintenance interval, which most quotes omit entirely. It should also give the curing and lead time, and state plainly what sits outside the price. Get every line itemised and comparing two makers stops being guesswork.

Give every maker the same brief, otherwise the figures returned cannot be set against each other. Send the dimensioned kitchen plan along with photographs of the room and the existing cabinetry. Include the sink and cooktop models and your preferred colour and finish. Add photographs of the access route from the street, which matters more on this material than on any other because of the weight, and say whether the property is a house or an apartment.

Ask five questions that separate a serious maker from an occasional one. Can I see a bench you made three or more years ago, and will crazing occur on mine. What support does my cabinetry need, and which sealer do you use. Finally, how long from order to installation including the curing period, since that answer tells you whether they are allowing the material enough time. Their willingness to answer all five plainly is itself informative. Hesitation on the crazing question is the one to notice.

Get one granite quote alongside your concrete quotes before deciding. The two overlap considerably in price while behaving quite differently in service. Knowing both numbers turns the decision into an informed preference rather than an assumption about which must be dearer. Granite detail sits under granite benchtops, and the wider natural stone family under stone benchtops. Knowing both numbers turns the decision into a preference rather than an assumption.

Budget the maintenance as part of the decision rather than as an afterthought. Resealing every two to five years and waxing every few months is the ongoing commitment, and a household unwilling to do it will be unhappy with the material within a decade. Build the contingency for cabinetry work into your planning as well, since nobody can see under the old bench until it comes off. Posting the job on The Quote Yard puts the same brief in front of several Victorian makers, and where the whole room is being reworked that sits under kitchen renovations.