Coloured Concrete NSW 2026 - Get Free Quotes

Coloured Concrete Costs in NSW

Coloured concrete is one of the most cost effective ways to lift the appearance of a residential driveway, pool surround, patio, or interior floor without the expense of stone, paving, or timber alternatives. The colour can be added to the slab in four fundamentally different ways, and each method produces a different visual result with a different price point and durability profile. NSW pricing in 2026 spans $60 per square metre for a basic water based stain on an existing slab through to $230 per square metre for a premium white cement based pour with deep integral colour and a topical guard. The headline figure is far less important than the method and quality of execution, and the gap between an excellent coloured slab and a poorly delivered one is significant.

The four colouring methods used across the NSW market are integral colour (pigment mixed through the concrete at the batching plant), dry shake colour hardener (broadcast onto the surface during finishing), surface staining (chemical or water based stain applied after the slab cures), and concrete dye (penetrating colour for polished interior floors). Each method has its own cost structure, application requirements, and visual outcome. Choosing the right method for the project is the most important decision in a coloured concrete brief and is best made after seeing samples of each option in person, because photographs of coloured concrete rarely capture the subtle tonal differences between methods that become obvious in physical samples. The hub page on general concreting services in NSW covers the broader concreting category and is a useful starting reference.

What Coloured Concrete Includes in NSW

A coloured concrete project for a new pour follows the same fundamental sequence as any reinforced slab project, with additional steps for the colouring system. Day one covers excavation, sub-base preparation, formwork, and reinforcement placement. Day two is the pour, with the colouring system applied either at the batching plant in the case of integral colour, or applied to the freshly screeded surface in the case of dry shake hardener. The slab is finished using the technique appropriate for the desired surface texture, joints are saw cut once the slab has firmed up, and the slab is left to cure for two to four weeks before the final sealer coat is applied. The total elapsed time from quote acceptance to sealed slab is typically three to six weeks depending on weather and site complexity.

For staining or dyeing an existing slab, the project sequence is different. The existing slab must first be assessed for suitability, including the cement type, the surface finish, the presence of existing sealers or coatings, and the level of contamination from years of use. Any existing coatings must be stripped using mechanical scarification or chemical strippers, the slab pressure washed and allowed to dry fully, and any cracks or surface defects repaired. The stain or dye is then applied according to the manufacturer's specification (typically with a sprayer or roller), allowed to react for the prescribed time, neutralised and rinsed in the case of acid stains, and sealed with a compatible topcoat. The total elapsed time for staining work is typically two to five days plus drying time before sealing.

The materials and equipment list varies considerably between methods. An integrally coloured driveway uses the standard concrete supply chain (Boral, Holcim, Hymix, or Adbri) with the addition of pigment ordered through the batching plant from manufacturers including Markham Global, Bayferrox, Lanxess, and Bostik. Dry shake hardener is supplied in 25 kilogram bags and is broadcast by hand at coverage rates of 4 to 6 kilograms per square metre. Acid stains and water based stains come in 4 to 20 litre containers and are applied using pump sprayers or rollers. Each method has compatible sealers that should be specified at the same time as the colouring system to ensure chemical compatibility, with mismatched sealer systems being a common cause of premature failure. For a comprehensive understanding of how the slab is built before any colouring decisions are made, our concrete slab guide covers slab specification and pour sequencing in detail.

Four Main Colouring Methods Compared

Integral colour is the simplest and most widely used method for new pours. Pigment is added to the concrete load at the batching plant, producing a slab where the colour penetrates the full thickness of the concrete. This means future surface wear, edge chipping, or saw cutting reveals concrete the same colour as the finished surface, which is the major durability advantage of integral colour. The disadvantage is that the pigment is diluted across the full slab volume, limiting the colour intensity that can be economically achieved. Light earth tones, soft greys, sandstone shades, and warm beiges are well suited to integral colour. Deep blacks, vivid reds, and saturated colours are difficult to achieve without using uneconomical quantities of pigment.

Dry shake colour hardener is broadcast as a dry powder onto the slab surface immediately after screeding and floated in to combine with the surface paste. The hardener is a blend of pigment, fine aggregate, cement, and surface hardening admixtures that produces a denser, more wear resistant top layer with much higher pigment concentration than is achievable with integral colour. The colour layer is approximately 3 to 5 millimetres thick and gives noticeably richer, deeper colours and a harder wearing surface than integral colour alone. Hardener is the standard specification for premium decorative concrete including most stamped concrete projects, and our stamped concrete guide covers the use of colour hardener as part of stamped finish systems.

Surface staining is a fundamentally different approach where colour is applied to the cured concrete surface rather than mixed into the wet slab. Acid stains are dilute solutions of metallic salts that react chemically with the calcium hydroxide and other minerals in the cured cement to produce permanent colour changes that vary subtly across the surface based on the slab's mineral composition. Water based stains use suspended pigment particles that penetrate the surface porosity without chemical reaction. Concrete dyes are very fine pigments dissolved in solvent or water that penetrate deep into the cement matrix and are typically used on polished concrete floors where a transparent colour effect is wanted. Each staining and dyeing method produces a different visual outcome, and most are best assessed on physical samples before the choice is finalised. For interior polished floors where dye is the more common colouring approach, our polished concrete guide covers the integration of colouring with the polishing process.

Colour Palette and Selection

Colour selection for a new build coloured concrete project starts with sample boards from the chosen system manufacturer. Major NSW suppliers including Boral, Holcim, and Adbri offer integral colour ranges with 30 to 60 standard colours, and dry shake hardener systems from Markham Global, Bostik, Sika, and Davco offer comparable libraries. Sample boards are useful as a starting point but should never be the only basis for a colour decision. Concrete colour is affected by the cement type used (grey cement vs white cement), the aggregate colour visible at exposure or polishing, the ambient light conditions where the slab will be installed, the curing conditions during the first 28 days, and the sealer chosen for the final coat. The same pigment loading produces noticeably different results depending on these variables, and a sample board produced under controlled studio conditions will rarely look identical to a finished slab in late afternoon sun on a coastal Sydney property.

The most reliable colour selection method is a project specific test pour or test slab. For larger residential and all commercial projects, a 1 to 2 square metre sample slab poured to the full project specification (same concrete mix, same pigment loading, same finishing technique, same sealer system) is the only way to confirm the actual colour outcome before committing to the full pour. The test slab cost is modest, typically $400 to $1,200 depending on the system, and is well worth the investment for projects above $15,000 where colour disappointment after the pour would be expensive to remediate. Where a test slab is not feasible, requesting addresses of completed projects using the same colour and inspecting them in person under similar lighting conditions to the proposed install is the next best option.

Colour matching across multiple pours is one of the more challenging aspects of large coloured concrete projects. Even with carefully controlled batching, the colour of two pours mixed in different trucks can vary noticeably. The standard mitigation strategies include ordering all pigment from the same production batch, scheduling concrete deliveries at minimum time gap to ensure consistent batch conditions, ensuring the same batching plant operator and finishing crew are used across all pours, and accepting that visible joint lines between pour sections are part of the natural appearance of multi pour coloured slabs. Single pour projects up to about 80 cubic metres avoid this issue entirely. For projects requiring multiple pours, the joint locations should be planned at the design stage to fall along expansion joint lines where colour transitions are less obvious. Our concrete cutting guide covers the saw cutting work that creates these expansion joints.

Integral Colour vs Dry Shake Hardener

The choice between integral colour and dry shake hardener is one of the most consequential decisions in a coloured concrete brief, with implications for visual outcome, durability, and budget. Integral colour produces a uniform colour through the slab thickness with the major advantage that any future surface wear, edge chipping, or saw cutting reveals the same colour. The visual outcome with integral colour is a softer, more natural appearance because the pigment is diluted by the cement and aggregate. The slab surface tends to vary subtly across larger pours due to natural variations in cement and aggregate, which most homeowners find pleasing rather than problematic.

Dry shake hardener produces a richer, more saturated colour because the pigment loading is concentrated in the top 3 to 5 millimetres of the slab. The hardened layer is also more abrasion resistant than the underlying concrete, which is valuable for high traffic surfaces including commercial entries, retail floors, and frequently used residential driveways. The disadvantage of hardener is that any deep surface damage, such as a vehicle scraping the surface or aggressive grinding for a polish refresh, will reveal uncoloured concrete beneath. Hardener also requires more skilled application, with the dry powder broadcast at the correct rate, watered up by capillary action from below, and floated in evenly without dragging or streaking. Inexperienced application can produce visible patterns or colour variations that are visible for the life of the slab.

Cost comparison generally favours integral colour for light to medium colour intensities and favours dry shake hardener for deep, saturated colours. A light grey or sandstone slab in integral colour can be delivered for $90 to $140 per square metre. The same slab in dry shake hardener costs $130 to $190 per square metre. For deep blacks or rich reds, integral colour requires uneconomical pigment loading and a hardener system at $130 to $190 per square metre is actually cheaper than the equivalent integral colour. For premium applications wanting both depth of colour and slab through colour matching, integral colour using white cement (which accepts pigment more vividly than grey cement) at $150 to $230 per square metre is the standard specification. White cement based concrete is supplied through specialist channels rather than standard truck mixers and requires forward ordering. For decorative aggregate exposed concrete that combines surface texture with colour, our exposed aggregate concrete guide covers an alternative decorative approach.

Acid Stain, Water-Based Stain, and Dye Options

Surface staining of cured concrete is a fundamentally different approach to colouring than integral colour or hardener and is the only colouring method available for existing slabs without removal and re pouring. Three main staining and dyeing approaches are used across the NSW market. Acid staining uses dilute solutions of metallic salts (typically iron, copper, manganese, or chromium chlorides) that react chemically with calcium hydroxide and other free minerals in the cured cement to produce permanent colour changes. The colour is created by chemical reaction rather than dye deposition, which means the colour penetrates a few millimetres into the slab and is essentially permanent. Acid stained colours are limited to earth tones (browns, greens, blue greens, reddish browns, and tans) because of the chemistry involved, and the colour appearance varies subtly across the slab due to differences in mineral concentration and cement hydration.

Water based stains use suspended pigment particles in a water carrier to deposit colour at the slab surface. The colour palette is much wider than acid stains, including saturated reds, blues, yellows, blacks, and bright colours not achievable through acid chemistry. Water based stains penetrate the surface porosity but do not chemically react with the concrete, so the colour layer is thinner and the durability lower than acid stains. Water based stains are well suited to projects wanting wider colour palettes or applied over a base coat of acid stain to produce more complex multi colour effects. Application is straightforward using a pump up sprayer, with the stain applied in light passes to build colour intensity gradually rather than in a single heavy coat.

Concrete dyes use very fine pigments dissolved in solvent or water carriers and are typically applied to densified polished concrete floors where the dye penetrates the densified surface layer. Dyes produce vivid, saturated colours and are well suited to interior applications where UV exposure is limited. Most dyes are not UV stable and will fade significantly under direct sunlight, which limits their use in outdoor and entrance applications where natural light is intense. Dyes are typically applied during the polishing process between specific grit passes, with the choice of pass timing affecting colour penetration and intensity. For comprehensive coverage of the polishing process and colour integration with polished floors, our polished concrete guide covers the technical detail. For damaged or contaminated existing slabs that are not suitable for staining, our concrete resurfacing guide covers the overlay options that allow a fresh decorative surface to be applied.

Base Prep and Pour Considerations

Sub-base preparation for coloured concrete follows the same fundamentals as any quality concrete slab and is no more or less important for a coloured slab than a plain finish. The standard NSW residential driveway sub-base specification is 100 to 150 millimetres of compacted DGB20 road base over an excavated and proofed subgrade. Sydney clay subgrades require careful compaction because reactive clay swelling and shrinking can crack a slab predictably even when the slab itself is correctly designed. Sandy subgrades along the Northern Beaches and parts of the Central Coast require thorough compaction to prevent settlement. The slab thickness and reinforcement schedule should match the loads the slab will carry, with 100 millimetres and F62 mesh for standard residential driveways and 125 millimetres with SL82 mesh for heavy duty applications carrying caravans, boat trailers, or work vehicles.

Pour considerations for coloured concrete are slightly different to plain concrete. The slump specification for an integrally coloured slab should match the standard residential pour, typically 80 to 100 millimetres, but the slump must be consistent across all loads to maintain colour consistency. Adding water to a coloured load on site to ease finishing changes the water cement ratio and therefore the colour intensity, which is one of the most common causes of patchy colour on integrally coloured slabs. The order of operations on a coloured pour is also important, with formwork, mesh, and pre pour checks completed before the truck arrives so that the pour can proceed without delays that would cause variation between loads.

Curing protocols for coloured concrete are particularly important because uneven moisture loss during the first seven days of curing produces uneven colour development across the slab. Curing compound applied immediately after finishing prevents premature drying and produces uniform colour. Wet hessian or curing blankets are alternative options. Plastic sheeting should be avoided because the condensation pattern beneath plastic causes visible mottling on the finished colour. The standard reference for residential slab design and concrete supply in NSW is the Australian Standards framework including AS 3600 for concrete structures, AS 2870 for residential slabs and footings, and AS 1379 for concrete supply specifications. Reputable concreters work to these standards as a matter of course and can provide compliance documentation on request.

UV Stability and Fade Resistance

UV stability is the single most important durability characteristic of any outdoor coloured concrete installation in NSW, where summer ultraviolet intensity is among the highest in the developed world and concrete surfaces experience significantly more UV exposure than equivalent installations in cooler climates. Three categories of pigment chemistry are used in concrete colouring, and each has a different UV stability profile. Iron oxide pigments, used in the great majority of integral colour and dry shake hardener systems, are excellent UV stable and retain their colour for the life of the slab without measurable fading under Australian conditions. Iron oxide is the appropriate pigment chemistry for any outdoor application and is used in earth tone, warm brown, terracotta, charcoal, and grey colour ranges.

Synthetic organic pigments produce wider colour ranges including bright reds, yellows, blues, and greens not achievable with iron oxide chemistry. The trade off is that organic pigments have variable UV stability, with some grades fading visibly within five to ten years under direct sun exposure. For outdoor work using bright colours, asking the pigment supplier specifically about UV stability and requesting test data is essential. Specifying a pigment grade with confirmed UV stability for Australian conditions, even if it adds cost, is the prudent approach for outdoor work where colour permanence is important. The NSW EPA publishes general guidance on building materials and weathering that is useful background reading for outdoor specification decisions.

Acid stains using metallic salt chemistry produce permanent colour because the chemical reaction is essentially irreversible. The colour does not fade in any practical sense, although the surface appearance can change over time as the slab weathers, the surface is worn by traffic, or sealer wears and is replaced. Water based stains produced by reputable manufacturers including specialist suppliers from the United States, Germany, and Australia are formulated for outdoor use and are UV stable. Cheaper water based stains and most concrete dyes are not UV stable and should be confined to interior applications. Sealer choice also affects long term colour appearance, with some sealers ambering or yellowing under UV exposure and changing the appearance of the underlying colour over time. Quality polyurethane and silane based sealers from major suppliers are designed to be UV stable and remain clear for the sealer's service life. Our concrete sealing guide covers the UV characteristics of common sealer chemistries and the implications for long term colour appearance.

NSW Licensing and Approvals

Concreting work valued above $5,000 in NSW must be performed by a contractor holding a current building licence under the Home Building Act 1989, administered by NSW Fair Trading. The relevant licence categories are structural landscaping or builder. Coloured concrete work is not a separate licence category, but it does benefit from contractor specialisation, and asking specifically about previous coloured concrete experience is worthwhile. Some general concreters do excellent plain finish work but lack the experience for premium coloured slabs, particularly those involving white cement or complex hardener applications, and selecting a contractor with a track record of coloured concrete delivery rather than choosing on price alone is the more reliable path to a quality outcome.

Most residential coloured concrete work falls within the exempt development provisions of the State Environmental Planning Policy (Exempt and Complying Development Codes) 2008 and does not require a development application. The standard exempt development conditions apply, including impervious area limits set by the local council, easement and tree preservation requirements, and the setback rules of the relevant Local Environmental Plan. Heritage listed properties and properties within heritage conservation areas have additional considerations, and the choice of colour can become a heritage consent issue where the proposed colour is inconsistent with the established palette of the conservation area. Heritage councils in inner Sydney suburbs often require muted earth tones rather than bright or contrasting colours for slabs visible from the street. The Service NSW portal provides access to council planning information and the relevant Local Environmental Plan for any NSW property.

Driveway crossings, where the new driveway connects to a council road, require a separate vehicle crossing application from the local council. Council crossings are usually specified as plain concrete rather than coloured concrete, and the colour transition between the council crossing and the homeowner's coloured driveway is a design feature rather than a defect. Some councils permit coloured crossings where the colour is part of an approved local streetscape palette, and asking the council planning team at the application stage is worthwhile if you would prefer a coloured crossing. For projects where existing concrete needs to be removed before the new coloured slab is poured, our concrete removal guide covers the demolition options. For sites where direct truck access is not feasible, our concrete pumping guide covers the placement options. The Australian Competition and Consumer Commission publishes consumer guidance on residential building contracts that applies to coloured concrete work.

Coloured Concrete Costs Across Sydney

Sydney pricing for coloured concrete reflects the breadth of the metropolitan concreting market and the variety of available specialist contractors. The Sydney market includes general concreters offering coloured work as part of a broader service mix, decorative concrete specialists focusing on coloured, stamped, and exposed aggregate finishes, and a smaller pool of premium contractors handling white cement and high specification coloured slabs. Pricing across these tiers varies by 30 to 50 percent for the same project, and matching the contractor tier to the project requirements is one of the more useful exercises in obtaining quotes that are genuinely comparable.

Inner Sydney pricing for coloured concrete carries a 20 to 30 percent premium over western Sydney for the same project, driven by the same factors that affect all decorative concrete work in the inner suburbs: limited site access requiring concrete pumping, demolition of existing slabs, heritage approval overhead, and the higher cost of working in densely populated residential streets. Inner west and eastern suburbs work also tends to involve more complex colour selection processes because heritage conservation areas often constrain the colour palette and require council consultation before the colour can be locked in. Adding two to four weeks of council engagement to the front of a project is normal in these zones and should be planned for at the briefing stage rather than encountered as a surprise after quote acceptance.

Western Sydney and the Hills District offer the most cost effective conditions for coloured concrete work, particularly in new build estates where the slab is being poured as part of the original build rather than as a retrofit. Coloured concrete is the most common driveway specification across the Marsden Park, Schofields, North Kellyville, Catherine Field, and Oran Park release areas, with light to medium earth tones being the dominant colour preference and integral colour the dominant method. New build sites benefit from front street access, no demolition, simple council requirements, and the option to coordinate the driveway pour with the house slab pour for a single concrete supply event that reduces costs. For a driveway focused project rather than a broader coloured concrete brief, our concrete driveway guide covers the residential driveway specifications in detail, and for homeowners considering a stamped or exposed aggregate finish in addition to colour, the related guides on stamped concrete and exposed aggregate concrete cover the alternative decorative approaches. Pool surround specific projects are covered in our concrete pool surrounds guide, where slip resistance and salt exposure considerations are particularly important.

Coloured Concrete Costs in Regional NSW

Regional NSW pricing for coloured concrete is generally 10 to 25 percent below Sydney pricing for comparable work. The discount reflects lower labour rates, simpler site access, and the fact that most regional concreters offer coloured work as part of their standard service mix without specialisation premiums. Concrete supply across regional NSW is provided by Boral, Holcim, Adbri, and Hanson plants in the major regional centres including Newcastle, Wollongong, Dubbo, Tamworth, Wagga Wagga, and Albury, with all major suppliers offering integral colour ordering through the same channels as plain concrete. Smaller and more remote sites can attract minimum charge premiums from suppliers and may have longer lead times for specialist colour orders.

Coastal regional NSW pricing across the Mid North Coast and Northern Rivers carries a small premium over inland regional pricing for several practical reasons. Coastal sites within a few hundred metres of the surf typically require concrete grade upgrades from the inland standard 25 MPa to 32 MPa to resist chloride attack from airborne salt. Higher grade concrete also accepts pigment more vividly than standard mixes, which is sometimes an advantage for premium coloured work. Coastal demand for residential decorative concrete from the strong owner occupier construction market across Byron Bay, Lennox Head, and Ballina has run ahead of contractor capacity for several years, keeping pricing elevated. Sloped sites are also more common across the Northern Rivers, requiring additional formwork that affects the labour content of the project.

Inland regional NSW including the Central West, the New England, and the Riverina offers the most affordable coloured concrete pricing in the state. Local concreters in Dubbo, Tamworth, Wagga Wagga, and Albury can deliver high quality integrally coloured slabs at prices well below metropolitan rates because the cost base is lower and site conditions are typically straightforward. The main constraint is contractor availability, with some regions having limited specialist capacity for premium hardener or stained work that may need to be sourced from a metropolitan based contractor with travel costs added. For projects in regional areas where existing slabs need repair before colouring is applied, our concrete repair guide covers the rectification options.

What to Look For in a Coloured Concrete Quote

A quality coloured concrete quote in NSW is a detailed document that itemises the slab area, slab thickness, concrete grade, mesh specification, the specific colouring system (integral colour, dry shake hardener, stain, or dye), the brand and product code of the colour material, the pigment loading or coverage rate, and the sealer brand and chemistry. The quote should specify the actual colour selected by reference to a manufacturer's colour code rather than a descriptive name like soft grey, because descriptive colour names are not standardised across suppliers and can produce different results from one supplier to another. A quote without a specific colour code is leaving room for substitution or unclear delivery expectations.

Reference checks are particularly valuable for coloured concrete because the visual outcome is the primary deliverable and is impossible to evaluate from a written quote alone. Ask each prospective contractor for the addresses of three to five completed coloured concrete projects in the past two years, ideally using the same colour and method as your proposed project. Drive past during daylight and check colour consistency across the slab, the absence of blotchy or streaky areas, the appearance of edge details and joint cuts, and any signs of pigment migration or sealer related discolouration. Inspect at different times of day if possible because some colour defects are most visible under raking morning or afternoon light and can be invisible at midday. The NSW Fair Trading licence check is a parallel non negotiable step before signing any contract.

Payment terms must comply with the Home Building Act 1989, with a maximum deposit of 10 percent for contracts above $20,000 and 20 percent for contracts below that threshold, and progress payments tied to defined work stages. Colour matching warranties are particularly important in coloured concrete contracts because colour variations between batches, between pours, or compared with the original sample are among the most common causes of disputes. The contract should specify the agreed colour reference, the acceptable variation tolerance, and the remedy if the as poured colour falls outside that tolerance. Pigment supplier warranties for UV fade resistance should be requested and reviewed before signing for outdoor work where colour permanence is important. The contract should also include the contractor's six year statutory workmanship warranty under the Home Building Act and a clear process for raising defects during the warranty period.

Sealing and Ongoing Care

Sealing is critical for coloured concrete and is more important for outdoor coloured slabs than for plain concrete because the sealer protects the surface colour from weathering, UV exposure, and stain penetration. The first sealer coat should be applied two to four weeks after the pour, once the slab has fully dried, and is typically a penetrating acrylic, silane, or polyurethane sealer chosen to be chemically compatible with the colouring system and to bring out the depth of the colour without significantly altering the appearance. The choice of sealer affects the visual outcome of the colour, with some sealers darkening or wetting the colour and others leaving the colour appearing matte and natural.

Resealing intervals for coloured concrete are typically every two to four years for acrylic sealers and every five to seven years for higher specification polyurethane or silane sealers. The reseal cycle for a coloured slab is more important than for a plain slab because the appearance of the colour deteriorates faster than the appearance of plain concrete when the sealer wears, particularly on slabs exposed to direct sunlight and weather. Sealer wear is visible as a dulling of the surface, a fading or ambering of the colour, and increased susceptibility to staining from leaves, vehicle drips, and general site debris. Reseal cycles for stained or dyed slabs are typically more frequent than for integrally coloured slabs because the colour layer is thinner and more vulnerable to surface wear.

Daily and weekly maintenance for a coloured concrete slab is straightforward but should avoid the cleaning products that damage the colour or the sealer. Sweep regularly to remove organic debris before it can stain. Rinse with low pressure water annually or after significant accumulation. Avoid acidic cleaners including vinegar and many bathroom and kitchen products which etch the sealer and can fade the surface colour. Use only pH neutral cleaners specifically marketed as suitable for coloured concrete. Spot clean spills promptly with a soft cloth and pH neutral cleaner. For heavily soiled slabs, gentle pressure washing at moderate pressure (under 1500 psi) with the wand held at sufficient distance to avoid abrasion is appropriate, and the slab should be resealed within four weeks of pressure washing to restore the protective layer. For worn or weathered coloured slabs that have lost their original appearance, our concrete resurfacing guide covers refresh options including new colour layers applied over the existing slab. Post your coloured concrete project on The Quote Yard to connect with licensed NSW concreters across Sydney, Newcastle, Wollongong, the Central Coast, the Hunter, and regional New South Wales for new pours, stained existing slabs, and decorative coloured concrete projects.