Kitchen Door and Drawer Replacement WA 2026 - Get Free Quotes

What Kitchen Door and Drawer Replacement Covers in WA

Kitchen door and drawer replacement (also called refacing or door refresh) is the focused renovation scope where the household retains the existing cabinet carcasses while replacing only the visible elements that define the kitchen's appearance and operational hardware. The scope typically covers the cabinet doors (the visible faces of the cabinet boxes), the drawer fronts (the visible faces of the drawer mechanisms), the hinges (replacing existing hinges with current soft-close models), the handles or pull-knobs (refreshing the visible hardware), and optionally the bench surfaces where the bench is being coordinated with the broader refresh. The carcasses, the cabinet positions, the appliance locations and the service points all remain unchanged.

The approach is one of the better-value renovation routes when the conditions are right, with the typical cost saving against full cabinet replacement running thirty to fifty percent depending on the scope. The kitchen ends up looking substantially new (the visible elements are entirely replaced) with the structural framework of the existing kitchen continuing in service. The work is meaningfully faster than full cabinet replacement at four to eight weeks versus six to twelve weeks for the equivalent custom cabinetry, with the disruption to the household being correspondingly shorter. The household lives without functioning cabinet doors for two to seven days during the install rather than two to four weeks for a full kitchen replacement. Our kitchen renovation costs page covers the broader cost picture across all kitchen renovation routes including refacing as one of the options.

The catch is that not every kitchen is a sensible refacing candidate, with the assessment of carcass condition, layout suitability and hardware compatibility being the gating step that determines whether refacing makes sense for a specific kitchen. A kitchen with sound carcasses, a layout that works for the household, and reasonable cabinet sizing is a strong refacing candidate. A kitchen with deteriorated carcasses (water damage under sinks, loose joinery, sagging shelves, hinge plate failures), a layout that the household wants to change, or unusual cabinet sizing that limits the door range available is not a sensible refacing target and the household should consider full cabinet replacement instead.

The WA refacing market is structured around several distinct routes. Dedicated refacing specialists including Smith and Smith Kitchens (a national operator with WA presence), Doorworks Western Australia, KitchenAge, KitchenPRO and Capital Doors and Drawers operate as focused door replacement businesses with the workflow optimised for the refacing scope. Independent cabinetmakers offer refacing alongside their broader new kitchen work, with the doors being supplied through the same door manufacturers used for new builds. Door supply through Polytec, Laminex, Wilsonart and other manufacturers reaches the market through both retail (the cabinet maker handles the order) and direct supply arrangements for households or contractors handling the install themselves.

The work typically follows a defined sequence. The site visit at quote stage assesses the carcass condition, identifies the door count and configuration, measures the door dimensions for ordering, and confirms the household's design preferences. The order goes to the door manufacturer with the lead time being three to six weeks depending on the finish category. The install happens once the doors arrive, with the existing doors being removed, the new hinges being fitted to the carcasses, the new doors being hung and adjusted, and the handles being fitted. The work runs typically two to seven days from start to handover. Our kitchen cabinet installation page covers the full cabinet replacement alternative for kitchens where refacing is not viable.

Refacing vs Full Cabinet Replacement

The refacing-versus-replacement decision is the planning choice that determines whether the kitchen will be partially or fully renovated, with the choice driving the cost, the timeline, the design flexibility and the practical install experience. A useful way to frame the decision is to consider whether the carcasses, the layout and the cabinet sizes are working for the household, with the answer determining whether refacing makes sense.

Refacing is the sensible choice where the household is happy with the kitchen layout, the existing cabinets are structurally sound, the cabinet sizes work for the household's storage requirements, and the renovation goal is primarily to refresh the visible appearance and update the hardware. The typical refacing candidate is a 1990s or 2000s kitchen in good structural condition with dated door styles that the household wants to update, kitchen colours that no longer suit current household preferences, or hardware that has aged and is showing wear. The carcasses in this category are typically melamine particleboard with adequate moisture resistance, the cabinet joinery is sound, the hinge boring patterns are standard 35mm allowing modern hinge fitment, and the cabinet sizing is conventional.

Full cabinet replacement is the sensible choice where the carcasses have deteriorated beyond practical reuse, the household wants to change the layout, the existing cabinets have unusual sizing that limits the door range, or the cost difference between refacing and replacement is small enough that the additional benefits of replacement justify the investment. Older kitchens from the 1970s and 1980s often fall into this category because the carcasses have aged, the construction conventions of the period sometimes used inferior moisture-resistant materials, and the layout often does not suit current household patterns.

The cost analysis at quote stage compares the refacing quote against the full replacement quote across the same finish and hardware specification. The refacing typically runs $4,500 to $14,500 for a complete kitchen depending on door count and finish category. The full cabinet replacement runs $8,000 to $25,000 for a comparable kitchen at the made-to-measure tier, $12,000 to $35,000+ at the custom cabinetmaker tier. The cost saving of refacing is typically 30 to 50 percent against the equivalent full replacement, with the saving being more significant on substantial kitchens because the carcass material represents a larger absolute cost on bigger kitchens.

The remaining service life of the refaced kitchen is the consideration that affects the cost-benefit analysis. A refaced kitchen with sound carcasses and new doors and hardware should deliver another fifteen to twenty-five years of service, which is the same effective life as a new kitchen but at meaningfully lower cost. The catch is that the carcass life is the limiting factor rather than the door life, with the new doors potentially outlasting the carcasses if the carcasses are already approaching end of life. A carcass that fails ten years after a refacing investment delivers a partial return on the refacing cost, with the doors being potentially reusable on new carcasses but the practical reality being that the household effectively writes off the refacing investment when the underlying carcasses fail.

Household priorities affect the refacing decision beyond the pure cost analysis. A household renovating with the intention of selling within a few years has different incentives than a household renovating their forever home, with the resale-focused renovation favouring the refresh approach that updates the visible appearance without the full replacement cost. A household with substantial design ambitions for their kitchen typically needs full replacement because the design changes (layout reconfiguration, integrated appliances, specific bench configurations) often cannot be achieved within the refacing constraint. Our flat-pack kitchen installation page covers the budget alternative to refacing where full replacement is needed but custom cabinetmaker work is outside the budget.

Carcass Condition Assessment - The Gating Step

Carcass condition assessment is the essential pre-commitment step before any refacing work is committed. The assessment determines whether the existing cabinets are sound enough to support new doors and hardware for the expected service life, with the assessment being the responsibility of the cabinetmaker or refacing specialist rather than the household. A professional assessment takes thirty to ninety minutes depending on the kitchen size and covers several specific dimensions of carcass health.

Structural integrity of the carcass joinery is the first assessment dimension. The cabinet boxes need to be square, level and structurally connected to maintain shape under load. The assessor checks for visible signs of joinery failure including loose corner joints (where the dowel and cam connections have worked free over time), separated panel edges (where edge banding has lifted or particleboard has swelled), and broken or deteriorated cabinet bottoms (sometimes from water damage or from sustained heavy loading). A cabinet with one or two minor issues can typically be repaired during the refacing work, with the cost being modest. A cabinet with multiple structural issues is approaching end of life and refacing is not a sensible investment.

Screw retention at hinge and runner positions is the second dimension and one of the most important for refacing because the new hinges will rely on the same screw points used by the existing hinges. Particleboard cabinet sides develop weakened screw threads after years of use, with the hinge plate screws being one of the most common failure points because of the cyclic loading from door opening. The assessor tests several hinge plate fixings for sound seating, with loose or stripped screw holes being either reparable (through epoxy injection and rescrewing, or through repositioning to fresh material) or terminal depending on the extent of the problem.

Moisture damage assessment focuses on the under-sink cabinet and the adjacent dishwasher cabinet where water exposure is highest. The under-sink cabinet is the most common moisture failure point because of plumbing leaks (the sink waste connection or supply lines slowly weeping over years), dishwasher leaks (the dishwasher water supply or drain line failing slowly), and condensation from cold-water plumbing. The assessor inspects the cabinet base, the rear wall behind the sink, and the side walls for visible water damage, swelling, particleboard delamination or visible mould growth. Substantial under-sink moisture damage typically means the under-sink cabinet specifically needs replacement, with the broader kitchen being still viable for refacing if the other cabinets are sound.

Alignment and squareness of the existing cabinets affect the new door fit because the new doors are sized to match the existing cabinet openings. Cabinets that have shifted slightly out of square over years of use, that have settled on uneven floors, or that have separated slightly from each other create openings that are no longer perfectly rectangular. New doors fitted to non-rectangular openings reveal the alignment issues by showing visible gaps along one edge while sitting flush along the other. The assessor measures the openings carefully and identifies any alignment correction needed before the door work proceeds, with minor corrections being possible during the install and substantial alignment issues sometimes requiring partial cabinet repair work.

Hinge boring pattern compatibility is the technical dimension that determines whether replacement doors can be fitted to the existing cabinets without modification. The dominant European 35mm boss diameter standard has been in use across most Australian and imported kitchens since the late 1980s, with the assessor confirming the existing boring pattern through inspection of one or two doors. Older kitchens with 26mm boss diameter (a less common but historically used standard) need either matching 26mm hinges (which are still available but with limited current range) or hinge boring modification on the new doors to use the 35mm cup standard, with the modification being possible but adding to the door cost.

The honest refacing specialist provides a frank assessment outcome at quote stage rather than committing to the refacing work and discovering carcass problems mid-install. A specialist who declines the work because of carcass concerns is doing the household a favour by avoiding a costly and unsatisfying refacing on an unsound underlying kitchen. A specialist who proceeds despite concerning carcass condition is creating a project that may not deliver the intended outcome. Our kitchen demolition and strip-out page covers the demolition scope for full cabinet replacement where the assessment indicates refacing is not viable.

Door Measurement and Template Process

Accurate door measurement is the technical specialty that determines whether new doors fit cleanly to existing cabinets, with the measurement work being one of the differences between competent and poor refacing operators. The challenge is that existing cabinet openings vary slightly from nominal sizes after years of use, with the variation being typically one to three millimetres in width and height. New doors ordered to nominal sizes may fit poorly to the actual openings, while doors measured against the actual openings can fit cleanly throughout the kitchen.

Direct measurement is the traditional approach with the operator using a tape measure or laser distance measure to record the width and height of each door opening individually. The measurement is taken at multiple points (the top and bottom of the opening width, the left and right of the opening height) to identify any racking or shifting in the cabinet over time, with the smaller dimension being used as the door size to ensure the door fits cleanly without binding. The operator records each measurement on a measurement schedule that flows to the door supplier as the order specification.

Template-based measurement is the alternative approach used by some operators where they create cardboard or plywood templates of each door opening and use the templates as the order specification. The template captures the exact opening shape including any non-rectangular variations, with the door being cut to match the template profile. The template approach is more time-consuming than direct measurement but produces better fit on kitchens with substantial alignment issues, with the trade-off being justified for kitchens where direct measurement would produce visible fit problems.

Existing door measurement is a third approach where the operator measures the existing doors themselves and orders replacements to match. The approach is appropriate where the existing doors are fitting cleanly (suggesting the cabinet openings are sound and the existing doors were sized correctly), and is faster than measuring the openings directly. The catch is that any error in the original door sizing carries through to the new doors, with the household ending up with replacement doors that match the existing fit (good if the existing fit was good, poor if the existing fit was poor).

Drawer front measurement follows a similar process. Drawer fronts are typically fitted to drawer boxes with a slight overlay (the drawer front extending beyond the drawer box edges) creating the visible drawer face. The measurement covers the drawer front dimensions (which may or may not match the underlying drawer box dimensions exactly), the fixing point positions for connection to the drawer box, the handle position holes, and any specific features such as integrated pulls or routed details. The drawer front size and the drawer box compatibility are confirmed with the supplier before ordering.

The supplier specification matters because each door manufacturer has tolerance requirements for the measurement accuracy. Polytec, Laminex and Wilsonart all have specific measurement standards for their thermolaminate door ranges, with the manufacturers refusing warranty claims on doors that were ordered against poor measurement. The reputable refacing specialist follows the supplier requirements rigorously rather than approximating measurements, with the discipline being one of the differences between operations that consistently deliver clean refacings and those that produce fit problems.

Hinge Boring Compatibility for Retrofit

Hinge boring compatibility is the technical specialty of refacing that determines whether replacement doors can use the existing cabinet hinge plate positions or whether modifications are needed. The European hinge system has been the dominant standard across the WA kitchen market since the mid-1980s, with the system using a hinge plate fixed to the cabinet side and a hinge cup inserted into a bored hole in the door back. The hinge plate is mechanically held to the cabinet by two screws, and the hinge arm engages with the plate to allow the door to swing and adjust.

The 35mm boss diameter is the universal current standard for the hinge cup hole drilled into the door back, with the cup sitting in a 35mm diameter hole at a specified depth and being held by two screws or staples driven into the door substrate. The cup is positioned at a specified distance from the door edge (typically 4mm to 6mm for full-overlay applications) and at a specified distance from the door top and bottom (typically 80mm to 100mm depending on the door height). The boring pattern is therefore three dimensions: the cup diameter (universally 35mm in current production), the cup-to-edge distance, and the cup-to-top-or-bottom distance.

Replacement doors fit existing cabinets cleanly when the new door's hinge boring pattern matches the existing cabinet's hinge plate positions. The dominant current standard works well for kitchens fitted since the mid-1990s where the European hinge system was fully established, with new doors from Polytec, Laminex and other major manufacturers being supplied with standard boring patterns that match the typical existing kitchen layout. The refacing specialist verifies the cabinet hinge plate positions at quote stage and specifies the door boring pattern accordingly when ordering.

Older kitchens from the 1970s and 1980s sometimes used 26mm boss diameter hinge cups (a smaller alternative that was used during the transition from earlier hinge systems to the modern European system). New doors with 35mm boring cannot use the existing 26mm hinges directly, with the options being either to source 26mm hinges that match the older boring pattern (still available from specialist suppliers but with limited current range) or to fit new 35mm hinge plates to the cabinet sides at appropriate positions. Fitting new hinge plates requires the cabinet sides to be in good condition for the new screw fixings, with the assessment of fixing condition being part of the broader carcass assessment.

Boring pattern variations across older European systems include the 30mm and 32mm alternatives used in some imported kitchens from the 1980s and 1990s. These variations are less common than the 26mm older standard or the 35mm current standard, but the assessor identifies any non-standard boring during the quote process. The non-standard boring patterns may require door modification, hinge plate repositioning, or in some cases the conclusion that the kitchen is not a sensible refacing candidate because the hinge work would be more expensive than the refacing benefit justifies.

Soft-close hinge upgrades are typically integrated with the door replacement work because the new doors provide the opportunity to upgrade the hinges to current premium specifications. The standard Blum Clip Top or Hettich Sensys hinge with integrated soft-close dampening replaces the older hinges (which often lack soft-close or use add-on damper attachments) at modest cost per hinge but meaningful daily-use benefit. The hinges are matched to the door type (full overlay, half overlay, inset) and the door size, with the standard boring pattern being preserved across the upgrade. Our kitchen cabinet installation page covers the broader hinge specification across new kitchen installs.

Replacement Door Finishes and Style Range

The replacement door range available across the WA market is essentially the same as the new kitchen door range, with the major door manufacturers supplying doors for refacing work alongside new kitchen orders. The range spans thermolaminate, polyurethane, two-pack acrylic, timber veneer, solid timber, shaker-style and glass-inset variants at different price points, with the household selecting the door style and finish from the supplier's range catalogue.

Thermolaminate doors are the volume choice across the refacing market, with the doors being constructed from MDF substrate with a PVC film vacuum-pressed onto the front face and edges to produce a uniform finish. Polytec is the dominant Australian thermolaminate manufacturer with the Ravine (textured woodgrain), Sheen (smooth matt), Aspire (gloss) and broader range covering most current style preferences. Laminex thermolaminate covers a complementary range. The doors are competitively priced (typically $80 to $220 per door depending on size and finish), durable enough for normal kitchen use, and available in extensive colour and pattern ranges including realistic timber-look finishes that suit traditional and contemporary kitchens.

Polyurethane painted doors are the upper volume option with the door constructed from MDF substrate finished with multiple coats of polyurethane paint in solid colours. The finish is smoother and more uniform than thermolaminate, with no visible film edges and a more refined appearance suitable for premium refacing projects. The colour range is essentially unlimited because the finish is custom-mixed paint rather than a stock film, with the door supplier able to match any specified colour. Cost runs $180 to $350 per door at the polyurethane tier.

Two-pack acrylic doors are the premium painted finish with the door substrate finished using two-component acrylic paint that cures to a harder, more chip-resistant surface than standard polyurethane. The finish has greater depth and sheen than the polyurethane equivalent and the surface is meaningfully more durable, with the practical service life being twenty to thirty years before any visible deterioration. The cost premium over polyurethane is meaningful at $280 to $450 per door, but the result is the premium painted door standard in the WA market.

Timber veneer doors use a thin layer of natural timber veneer (typically half a millimetre to one millimetre) over an MDF or particleboard substrate, with the finish being either a clear lacquer or an oil-based finish that preserves the natural timber grain. The veneer range spans European oak, American walnut, blackbutt, jarrah, spotted gum, marri and other Australian and imported species at varying price points. The look is the genuine timber appearance with the cost being meaningfully lower than solid timber alternatives, and the practical durability is excellent provided the lacquer or oil finish is maintained. Cost runs $220 to $400 per door at the veneer tier.

Shaker-style framed doors are the traditional category with the door constructed from a frame of MDF rails and stiles around a central panel. The look is distinctly traditional and suits Hamptons, country and traditional kitchen designs, with the door style being a defining element of those aesthetic categories. The shaker construction is more complex than slab door alternatives and the cost is correspondingly higher at $250 to $450 per door. The shaker style works particularly well in painted finishes that emphasise the framed construction, with the contrasting frame and panel proportions producing the recognisable shaker visual.

Solid timber slab doors sit at the upper premium tier where the household specifically wants the genuine solid timber rather than veneer over substrate. The category is less common in refacing than in custom new kitchens but available for households who specifically want solid timber. Cost runs $300 to $600+ per door depending on the timber species. Glass-inset doors replace the door panel with a glass insert for display cabinets at $200 to $450 per door depending on the glass type. Our kitchen design and layout page covers the design considerations that drive door style selection within the broader kitchen aesthetic.

Spray Refinishing as an Alternative

Spray refinishing of existing doors is the alternative renewal route where the door substrate is structurally sound but the finish is dated or damaged, with the work being performed by furniture spray specialists rather than by door manufacturers. The technique involves removing the existing doors and drawer fronts from the kitchen, transporting them to a spray workshop, preparing the surfaces, spraying new finish coats, and rehanging the doors after the finish has cured. The approach can be meaningfully cheaper than door replacement (typically $3,500 to $9,500 for a complete kitchen versus $4,500 to $14,500 for full refacing) where the existing doors are good candidates.

Door substrate suitability for spray refinishing is the gating consideration. Solid MDF doors with previous polyurethane finish are excellent candidates because the MDF substrate accepts new paint cleanly after appropriate preparation, with the new finish bonding well to the prepared substrate. Solid timber doors are excellent candidates with the same preparation principles applying. Two-pack acrylic doors can be successfully respraying but the preparation and adhesion work is more demanding because of the existing hard finish.

Thermolaminate doors are not generally good candidates for spray refinishing because the PVC film surface does not accept new paint reliably. Some specialists offer thermolaminate refinishing using specific adhesion promoters and specialist primer products, but the practical result is variable and the finish life is typically shorter than the painted alternative on MDF substrate. Households with thermolaminate doors generally face the choice between accepting the existing thermolaminate appearance or replacing the doors with new units in a different finish category.

The spray refinishing process involves several stages. The doors and drawer fronts are removed from the kitchen and transported to the workshop. The hinges and hardware are removed from the doors and either reused or replaced as part of the refresh. The existing finish is sanded to provide a key for the new finish, with the preparation being one of the differences between excellent and average refinishing work. Any damaged areas (chips, dents, water damage) are filled and sanded smooth. The doors are primed with an appropriate adhesion promoter, then sprayed with two or three coats of the new colour using polyurethane or two-pack acrylic paint, with the application being in a controlled environment with proper extraction and curing.

The finish quality from professional spray refinishing can be excellent and visually equivalent to new doors, with the catch being that the work is only as good as the preparation. A cursory preparation produces a finish that looks acceptable initially but shows preparation defects (raised grain, sanding marks, adhesion failures) within months. A thorough preparation produces a finish that genuinely matches new door quality and lasts for the expected service life. The household commissioning spray refinishing should ask the operator about the preparation methodology and expect a detailed answer covering the surface preparation, primer specification and finish coat application.

The lead time for spray refinishing is typically three to five weeks from doors being taken away to being reinstalled, with the household using the kitchen without doors during the workshop period. Some households find this disruption acceptable for the cost saving while others prefer the shorter install period of new door replacement (typically one to three days rather than three to five weeks). The right choice depends on the household's tolerance for kitchen disruption and the relative cost difference for the specific kitchen. Our kitchen pantry and storage solutions page covers the storage refresh that can be coordinated with door replacement for households wanting a broader kitchen refresh.

Hinge, Handle and Hardware Upgrades

Hardware upgrades typically run alongside the door replacement work because the new doors create the opportunity to update the hinges, handles and other visible hardware to current premium specifications. The hardware refresh is one of the most noticeable everyday-use improvements from a refacing project, with the smooth soft-close operation, the refined handle feel and the consistent visual finish being immediate daily benefits.

Soft-close hinge upgrades from Blum (Austrian, the dominant WA premium choice) and Hettich (German, the strong second choice) replace the existing hinges with current premium specifications including the integrated soft-close dampening that decelerates the door closure smoothly. The hinges are fitted to the existing cabinet hinge plate positions where possible, with the new door cup matching the existing hinge plate location to avoid any cabinet modification. The Blum Clip Top range and the Hettich Sensys range are the volume choices, with each having lifetime warranty on the mechanical components when fitted correctly.

Hinge plate replacement may be needed where the existing hinge plates are damaged, corroded or where the existing plate type is incompatible with current hinge ranges. The replacement involves removing the existing plate, drilling new screw holes (or reusing existing where they remain sound), and fitting the new plate at the correct position. The work is straightforward for a refacing specialist and adds modest time to the install, with the practical implication being that hinge plate condition is one of the things the specialist checks during the carcass assessment.

Drawer runner upgrades are the equivalent of hinge upgrades but for the drawer mechanisms. Existing drawer runners (particularly older ball-bearing slides from the 1990s and early 2000s) can be upgraded to current premium specifications including Blum Tandembox, Hettich Quadro or Salice Slimbox systems with soft-close, full-extension and higher load capacities than the alternatives they replace. The upgrade involves removing the existing drawer mechanism, fitting the new runner to the cabinet sides, and either reusing the existing drawer box or replacing the drawer box with new units sized for the new runner system.

Handle refresh is the visible hardware element with the broadest range of options, with the household selecting from contemporary brushed nickel, matt black, brass, chrome, bronze, copper and timber-look variants spanning a wide style range. Handle dimensions range from small knobs at 30mm diameter through pull handles at 96mm, 128mm, 160mm, 192mm and 320mm centres (referring to the screw centres distance), through to continuous appliance pulls at 600mm or 1000mm centres. The handle selection should be coordinated with the door style, with traditional shaker doors typically receiving classic knobs or D-pulls and contemporary slab doors typically receiving longer pull handles or integrated handle profiles.

Push-to-open hardware is the handle-free alternative where the door is pressed to release a spring mechanism rather than pulled by a handle. The look is clean and contemporary, suiting modern kitchen designs that prioritise minimalist visual appearance. The mechanism is reliable when properly fitted but adds modest cost per door, with the household weighing the visual appearance against the additional hardware cost. Push-to-open works particularly well on slab doors and integrated handle door profiles.

Bench Coordination and Broader Refresh Scope

Benchtop replacement coordinated with door replacement is a common scope expansion that creates a more comprehensive kitchen refresh while still avoiding the cost of full cabinet replacement. The new benchtop provides a fresh visual element that complements the new doors, with the combined refresh producing a kitchen that looks substantially new despite retaining the underlying carcasses. The benchtop work coordinates with the door installation typically by installing the new doors first and then templating the benchtop against the refreshed cabinets, with the templating and fabrication following the same process as for new kitchen benchtops.

The benchtop material selection follows the broader benchtop market with porcelain slab (Dekton, Neolith, Laminam) being the premium current choice in the post-2024 engineered stone landscape, natural granite and marble being the natural stone alternatives, solid surface (Corian, HI-MACS) being the seamless alternative, and laminate being the volume budget option. The choice within the refacing context is the same as for new kitchens, with the household selecting the material based on the same considerations of appearance, durability, maintenance and cost. Our kitchen benchtop installation page covers the benchtop material selection in detail.

Splashback replacement is another common scope addition with the new doors providing the opportunity to refresh the splashback at the same time. The splashback selection spans tile, glass, stainless steel, stone, porcelain panel and timber options at varying price points and design impacts. The work coordinates with the door and benchtop installation, with the splashback typically being installed after the benchtop is fitted and the new appearance is starting to take shape. The splashback often has the most visual impact per dollar of any kitchen element, with the right splashback choice substantially changing the kitchen's character.

Sink and tap upgrades coordinated with the door and benchtop work refresh the kitchen's wet area. New sinks from Franke, Oliveri, Abey, ABI Interiors or Clark provide updated appearance and improved functionality (deeper basins, smarter drainage, integrated accessories), with the install typically requiring a licensed plumber visit under the Plumbers Licensing Act 1995 administered through DMIRS. Tap replacement provides another visible refresh element with the major Australian brands including Methven, Phoenix Tapware, Caroma, Gareth Ashton and Brodware covering the dominant range.

Lighting refresh under the new overhead cabinets and over the island provides another opportunity for visible improvement. The under-cabinet LED strip lighting, the pendant lights over the island and the broader kitchen lighting scheme all benefit from being refreshed alongside the door work, with the new doors providing the visual context that good lighting can highlight. The work requires a licensed electrical contractor under the Electricity (Licensing) Regulations 1991 for any hardwired changes, with the licensing being administered through the same DMIRS framework. Our kitchen lighting and electrical page covers the kitchen lighting scope in detail.

Strata Properties and Apartment Considerations

Strata properties under the Strata Titles Act 1985 generally treat refacing as interior fitout within the lot rather than as a modification requiring strata approval. The work happens entirely within the apartment without touching common property, without changing the building structure and without affecting the apartment's external appearance, with the practical implication being that most strata schemes do not require approval for refacing projects. The information framework is published at Government of WA.

The exceptions apply where the refacing scope expands to include benchtop replacement that affects plumbing or electrical work touching common property, or where substantial demolition activity might affect common-property protection. Plumbing changes that move the sink position or modify the building's shared waste system do require strata approval following the documented modification procedure. Electrical changes that touch common-property cabling rather than just the apartment's internal wiring follow the same approval process.

Floor protection during the refacing install matters in apartment buildings because the common-property floors in lift lobbies, corridors and entrance areas need protection from any debris or transit activity during the door removal and reinstallation. The installation crew typically supplies protective coverings before the work and removes them after the project, with the protection being part of the standard install scope. Strata-managed waste arrangements apply where the old doors and drawer fronts need disposal, with bulky waste typically being coordinated through the building manager rather than placed in standard bin areas.

Sound and disruption considerations apply during the install day, with the door removal and rehanging work producing modest noise levels that are typically acceptable within standard residential work hours. Most strata schemes permit residential renovation work during weekday daytime hours, with the installation typically being completed within one to three days for a standard refacing project. Larger refacing projects with bench replacement and other expanded scope may extend across more days, with the strata coordination matching the longer timeline.

Notification within the building is the courtesy step that maintains good relationships with neighbouring residents during the work. A brief note to adjacent units describing the work scope and timing prevents the noise being a surprise, with the courtesy being appreciated even where the work is well within permitted parameters. Disputes arising from inadequate notification or work outside permitted hours are dealt with through strata governance and ultimately through the State Administrative Tribunal where they cannot be resolved at the scheme level.

Builder registration thresholds under the Building Services (Registration) Act 2011 administered through Consumer Protection WA apply to substantial building work above the relevant threshold value. A refacing project typically falls well below the registration threshold because the work involves only door and hardware replacement rather than structural work, with the practical implication being that registration is not typically required for the refacing scope itself. Expanded scopes that include substantial renovation work beyond doors may push the total project value above the threshold, with the household clarifying the position with the lead contractor at quote stage. Our butler's pantry and scullery installation page covers related work that some households add to a broader refresh, and our outdoor kitchen installation page covers the outdoor scope.

What to Look Out For

The single biggest red flag in refacing work is the operator who skips the carcass condition assessment. The carcasses are the underlying structure that the new doors hang from, and if they're failing the refacing is a partial-life investment the household will write off when the carcasses give up. A specialist who quotes from photos or a phone call without inspecting the cabinets is either inexperienced or assuming the carcasses are fine. Neither is acceptable for a project of this size.

Pushing refacing on visibly problematic carcasses is the related issue. Loose joinery, sagging shelves, water-damaged under-sink cabinets, swollen particleboard at carcass edges, broken hinge plates: these are all signals that the underlying kitchen is approaching end of life. An operator who proceeds despite these signs is taking the refacing money and leaving the household with a kitchen that has new doors on dying carcasses. The honest specialist looks at the cabinets, names the problems, and gives a frank recommendation including "don't reface this, replace it."

Hinge boring compatibility is the technical question that should be answered at quote stage. Most current WA kitchens use 35mm hinge cup boring which matches modern replacement doors. Older kitchens with 26mm boring or non-standard alternatives need either matching hinges (still available but limited) or repositioned hinge plates on the cabinet. A specialist who quotes without checking the boring is leaving a potential fit issue to be discovered after the doors arrive.

Measurement methodology is the other technical detail. Cabinets shift slightly over years of use, and nominal sizes don't always match actual openings. A specialist who orders doors against nominal sizes saves time at the measurement stage and creates fit problems at the install stage. The careful approach measures each opening directly (or templates the awkward ones) and orders doors to match the measured dimensions.

Worth in writing before commitment: the door count and configuration, the drawer front count, the door supplier and exact finish specification, the hinge brand and tier, the handle selection, the soft-close upgrade scope, the carcass assessment outcome and any repair work, optional bench replacement, timeline, workmanship warranty, after-care arrangement. Staged payments are normal. Heavy upfront deposit demands and vague paperwork are signals worth taking seriously. The full-cabinet alternative sits at our cabinet installation page and the demolition route at strip-out.

How to Get Useful Quotes

Useful refacing quotes start with photos. The current kitchen, the cabinet condition, the existing door style, any visible problems. Beyond that: kitchen size and layout, approximate door count, approximate kitchen age and original cabinet supplier where known (this hints at the hinge boring pattern), the desired new door style, hinge upgrade preference, handle preference, related scope like bench or splashback work, timeline. The site visit then confirms what the photos can't show: how the carcasses actually feel when you press on them, whether the hinge plates are sound, what the boring pattern actually is.

The site visit is non-negotiable for refacing because the carcass assessment requires hands-on inspection. The specialist checks structural integrity, tests screw retention at hinge points, looks for water damage particularly under sinks, measures door openings, identifies any repair work needed, and gives a real quote against the real kitchen. Established specialists do this without charge for prospective work in their normal area.

Experience with the specific door supplier matters because each manufacturer has measurement, warranty and installation requirements. A specialist who handles Polytec, Laminex and Wilsonart regularly will work faster and cleaner than someone approaching the supplier for the first time. References from recent refacing projects (not just new kitchen work) are reasonable to ask for.

Putting the brief through The Quote Yard reaches several WA refacing specialists at once. Pairing with related refresh scope (the appliance work at appliance installation, dishwasher installation and oven and cooktop installation) lets the specialist think about the broader refresh rather than just doors in isolation.

Insurance, Warranty and Australian Consumer Law

Public liability insurance covers any damage the operator causes during the work. Five to twenty million dollars of cover is standard for residential refacing specialists. Refacing carries a lower property-damage risk than substantial demolition because the work happens with existing kitchen materials in a controlled environment, but the insurance still matters and the certificate of currency is worth asking for.

Door warranty depends on the supplier and finish. Thermolaminate from Polytec, Laminex and Wilsonart runs two to five years on the door product, covering manufacturing defects rather than wear. Polyurethane and two-pack acrylic typically run five to fifteen years. Hinge warranty from Blum and Hettich is lifetime on the mechanical components when fitted correctly. Drawer runner warranties on premium products carry similar lifetime cover.

Workmanship warranty from the specialist is twelve months as standard, covering the install rather than the products. A door hanging incorrectly, a drawer front fitted out of square, a handle that's loosened, anything that's the install rather than the product: the specialist returns and fixes it without argument. A specialist who pushes back on a clear workmanship issue is the kind worth not using next time.

Australian Consumer Law applies on top of any express warranty. Information at Consumer Protection WA and the ACCC. Tradies can find paid project leads at the WA tradie job leads board, with related categories at WA electrician jobs, gasfitter jobs, plus broader categories on our kitchen flooring page.