Custom Garage Cabinets & Garage Storage in Chandler, AZ: Full-Height Towers, Workbenches & Wall-Hung Systems
A garage is the only room in the house where the cabinets sit outside the building envelope. Every spec they're built to assumes conditioned air — Blum publishes its soft-close hinges for a 65 to 85°F operating range, and a Chandler garage runs 110 to 130 degrees from June through September.
That gap is the whole job. Chandler Elite Custom Cabinets has designed, built, and installed custom cabinetry across Chandler and the East Valley for over 20 years, and a garage is the one room where we change the specification rather than the drawing: substrate and edgeband selected for thermal cycling instead of humidity, hardware chosen for a floor the building code requires to be sloped, and the load path carried by the wall rather than a post-tensioned slab you aren't permitted to drill. Wall-hung runs, full-height towers, workbench assemblies, appliance surrounds, and third-bay storage — all built to the opening we field-measure, in a room most cabinet shops spec out of a kitchen catalog.
What we don't do is the rest of the garage. We're a millwork shop: we design, build, finish, and install casework, and we coordinate with the trades around it. Overhead ceiling racks, epoxy and polyaspartic floor coatings, and the circuits that feed any of it are quoted and installed by others. If you're looking for one company to bundle all of it, that's a different kind of contractor — and worth knowing before either of us spends an afternoon on a design consult.
Why Choose Chandler Elite Custom Cabinets?
- 20+ Years of Premium Cabinet Experience
- Detail-Focused Custom Cabinet Workmanship
- Professional Cabinet Installation & Fitment
- Clear Communication From Design to Install
- Premium Materials, Hardware & Construction
- Custom Cabinet Designs Made for Your Home or Business
Get a FREE Custom Cabinets Quote!
Why a Garage Cabinet Is a Different Specification From Every Other Cabinet in Your House
Nothing about the structure changes in a garage. Everything about the material does. The five decisions below are what separate a garage run from the identical run in a pantry, and each one traces to a published number this room exceeds.
The Room Is Outside the Thermal Envelope, and Every Spec Assumes It Isn't
Blum publishes CLIP top BLUMOTION for a 65 to 85°F operating range and states that outside it the closing speed changes without damaging the hinge. A Chandler garage clears the top of that band by April and holds 110 to 130 degrees from June through September. We still hang doors on hardware Blum publishes as meeting or exceeding ANSI/BHMA A156.9 Grade 2 — we just tell you at the drawing stage that a door closing fast in August is physics, not a defect.
What Heat Cycling Breaks Is the Adhesive, Not the Wood
Wood barely registers 130°F; it moves with moisture, not heat. The edge does, and the comparison most people make is the wrong one — Jowat publishes its Jowatherm EVA edgebanding hot melts at a softening point of 231 to 239°F and its Jowatherm-Reaktant 608.00 PUR at only 149 ± 9°F, so in the pot the PUR is the softer of the two. What decides it is what happens after: EVA is a thermoplastic that re-softens every time it's heated for the life of the cabinet, while PUR reacts with atmospheric moisture over the following days into a cross-linked bond that no longer re-melts at all — which is why PUR is the only edgeband adhesive we'll run in this room, and why thermofoil and RTF fronts are out entirely at the 174°F American Woodmark publishes for the PVC-to-MDF bond.
Dust Is an Abrasive, and It Sets the Surface Spec
The overhead door is the only opening in the house that doesn't seal — a sectional door closes against a bottom astragal and vinyl side stops, and monsoon silt comes in under and around all three between June 15 and September 30. That means every horizontal surface in the room gets wiped down, and wiping grit is an abrasion cycle. Arauco publishes Prism TFL to NEMA LD3-2005 §3.13 at 400 cycles for solid colors against 125 for woodgrains and abstract designs — the decorative papers carry the thinner wear layer, which is why the garage gets a solid-color panel and the woodgrain stays inside the house.
The Kitchen Spec Fails Here. The Kitchen Standard Doesn't.
ANSI/KCMA A161.1 is a load-and-cycle standard, not an environmental one — 15 pounds per square foot held seven days, wall cabinets to 600 pounds, base-front joints to 250, drawers cycled 25,000 times across a 14-test battery — and none of it gets easier because the room is hot. The better benchmark here is KCMA's separate 2024 Severe Use Standard, rewritten that year from a materials-and-construction specification into a performance one, which raises drawer cycling from 25,000 to 35,000 cycles at the same 15 psf. We spec runners against a published load class rather than a catalog number: Hettich's Quadro V6 5D carries a 30 kg load class with load capacity to EN 15338 Level 3 and tool-less five-way adjustment.
What Actually Changes on the Drawing
The substitutions are specific and they go into the written spec before anything is released to the shop. Panels at the toe and any bay that meets standing water go to Roseburg Medex MR50, which Roseburg publishes as meeting the physical properties of ANSI A208.2 Grade 155 on a formaldehyde-free adhesive system and succeeding in the six-cycle accelerated aging test — the right credential for this room specifically, because a garage's moisture exposure is episodic rather than chronic: a wet car after a July storm and an evaporating slab, not steady humidity. Solid-color TFL replaces field finish on interiors, PUR replaces EVA at every edge, and the hardware gets specified against the temperature range rather than around it.
Aluminum, Steel, Polymer, or Wood — What Actually Survives a Chandler Garage
Four material families get sold into this room and only one of them is wood. Here's where each earns its place, including the case where we'd tell you to buy something we don't build.
Powder-Coated Aluminum, and What to Ask the Vendor Selling It
Aluminum is the right answer on a west-facing wall under an uninsulated ceiling, and we'll say so — 6061 moves at 13.1 × 10⁻⁶ per °F against HDPE's 60, and thermal cycling simply isn't its problem. What decides whether a particular aluminum system survives here is the coating, and that comes in published tiers most buyers don't know exist: AAMA 2603 is a one-year South Florida exposure standard, AAMA 2604 requires five years plus 3,000 hours of salt spray under ASTM B117, and AAMA 2605 requires ten years and in practice means a fluoropolymer resin. Most cabinet powder coat sold into garages is 2603 — ask which tier you're being quoted before you compare it to anything else.
HDPE Polymer and the Number Nobody Publishes
King Plastic publishes StarBoard's thermal movement at 6 × 10⁻⁵ in./in./°F — roughly 1/32 inch per foot for every 40°F — which on a 96-inch run between a 75-degree morning and a 130-degree afternoon works out to 0.32 inches, better than five-sixteenths. King also publishes that gluing is not recommended and that assembly should be mechanical: screws, bolts, or threaded inserts. So a polymer run in this room gets slotted or oversized fastener holes and designed expansion gaps at every joint past roughly four feet — anyone recommending HDPE for a garage without that detail is recommending a run that buckles or pulls its fasteners by August.
TFL Is a Legitimate Garage Surface. The Core Under It Is the Question.
TFL is why a closet-system quote lands under a millwork quote — the panel arrives factory-finished, so there's no sprayed film to fail and no cure schedule to pay for. The exposure in a garage isn't the melamine face, it's the board it was pressed onto: ANSI A208.1-2016 carries moisture-resistance categories MR10 and MR50 precisely because commodity particleboard doesn't qualify for either. We specify the core by published grade rather than by the decor name on the sample chip — Uniboard publishes its particleboard to ANSI A208.1-2016 Grade M-2 and M-3, CARB Phase 2 and TSCA Title VI compliant — and we won't run a TFL panel in this room whose core grade nobody in the supply chain can name.
Cabinet-Grade Plywood, and the Two Conditions That Have to Be True
Plywood is a screw-holding decision before it's anything else, because every runner, hinge plate, and hanging rail in a garage transfers its load through a fastener into a panel edge. We build boxes from hardwood plywood manufactured to ANSI/HPVA HP-1-2024, the Decorative Hardwoods Association standard covering face, back, and inner-ply grades along with moisture content and tolerances, and the panel is Columbia Forest Products PureBond, bonded with a soy-based formaldehyde-free assembly system. Two conditions have to hold for it here: every edge gets sealed, and the panel gets acclimated to this room rather than to the house — the USDA Forest Products Laboratory puts Phoenix outdoor equilibrium moisture content at 4.6% in June against the 6 to 8% the Wood Handbook targets for cabinetry, and an unconditioned garage tracks the outdoor number far more closely than the indoor one.
Flame Spread, and the Question Most Garage Bids Never Ask
Flame spread is measured to ASTM E-84 and reported as an index: 0–25 is Class A, 26–75 Class B, 76–200 Class C. Columbia's standard PureBond veneer-core plywood lands in Class C, where most untreated wood products sit — and where a Class A panel is specified, the answer is Columbia FireBrand, a veneer-core platform carrying PureBond's formaldehyde-free assembly and third-party certified through ICC-ES rather than resting on developmental testing, compliant with ASTM E-84 Class A and CAN/ULC S102-18. Casework generally isn't regulated as interior finish, so nobody is going to make you use it — but in Chandler's two-story tract product, where bedrooms routinely sit directly over the garage and the ceiling above your cabinet run is a rated assembly, our position is that it's a question worth asking before a bid rather than after an inspection. On the polymer side the equivalent SKU is King FlameShield.
Designing Around the Slab, the Separation Wall, and the Door
Three things in a garage were built before your cabinets and none of them move: a floor that's pitched on purpose, a wall that's rated, and a door that already owns part of the ceiling. Everything we draw starts from those.
The Floor Is Sloped on Purpose, and It Governs Every Base Cabinet
IRC R309.1 requires the parking area of a garage floor to be sloped so liquids move toward a drain or the main vehicle door. The code sets no number, but industry practice runs 1/8 inch per foot as the accepted minimum and 1/4 inch per foot where concrete trades want to beat surface tension — which across a 22-foot bay is a fall of 2¾ to 5½ inches, against the 1/8 inch in 96 inches that ANSI/AWI 0620 allows for installed casework. Here's the part that decides the detail: Häfele's AXILO 78 plinth feet carry 150 kg per foot but adjust only 10 to 20 mm — three-eighths to thirteen-sixteenths of an inch — so a garage base run isn't leveled by turning feet, it's engineered with different foot sizes stepped across the run from the 60, 80, 100, 125, 150 and 180 mm range. Anyone shimming a garage base is out of tolerance before they start.
Three Independent Reasons Nothing We Build Is Anchored to Your Slab
Most Chandler homes sit on post-tensioned foundations, and MAG BCAS #8 — the Maricopa Association of Governments recommendation from the Phoenix Residential Post-Tension Round Table — calls for a warning stamp reading "Post-Tension Slab Do Not Cut or Drill" placed conspicuously in the garage, with tendons stressed to 30,000 psi or better. The second reason is underneath that: the Arizona Department of Agriculture notes the baseline density of subterranean termite colonies in open desert is significantly higher than elsewhere, and standard practice holds that the pest control operator must be notified if any alteration disturbs the soil or the slab, because that's what preserves the pre-construction barrier — University of Arizona Cooperative Extension counts 17 termite species in the state with 7 economically important, and in slab-on-grade East Valley stock it's the subterranean group, entering at expansion joints, utility penetrations, and garage stem walls. The third is simply the slope above. Three unrelated sources, one design position: the load path goes to the wall, and a base that needs an anchor in the concrete is a base we don't draw.
The Wall Between the Garage and the House Is a Rated Assembly
IRC R302.6 and Table R302.6 require not less than ½-inch gypsum board on the garage side of the separation and 5/8-inch Type X where habitable space sits above, with penetrations fireblocked and any duct crossing the assembly at a minimum 26-gauge sheet steel — and several Arizona jurisdictions amend to require Type X regardless, which is a question we ask before drawing, not after. That makes a wall-hung run in an attached garage a fastening schedule through a rated assembly rather than a load calculation with a rated wall behind it. We fasten with GRK RSS structural screws under ICC-ES ESR-2442, and the detail worth knowing is how that report states capacity: withdrawal design values are tabulated in pounds per inch of thread penetration into the side grain of the main member and must be multiplied by embedded thread length, so a 2½-inch screw and a 4-inch screw into the same stud are not the same connection.
The Track, the Opener, and the Envelope You Actually Have
The overhead door already owns part of this room and most garage cabinet quotes never measure it. A conventional trolley opener runs a rail down the centerline with the motor head hanging near mid-span, which takes the ceiling plane out of play; a jackshaft moves the drive to the torsion bar, and LiftMaster publishes the 8500W at 3 inches from torsion bar to ceiling, 2½ inches from torsion bar to wall, and 8½ inches from the end of the torsion bar to any side wall or obstruction, on doors up to 14 feet high, 18 feet wide, 180 square feet and 850 pounds with a 15-inch recommended track radius. That trade is the whole point: the jackshaft frees the ceiling and claims eight and a half inches of side wall — which is exactly where a full-height tower wants to stand — so the opener and the cabinet elevation get drawn on the same sheet or they collide on install day.
Circuits, Receptacles, and What Triggers a Permit in Chandler
Chandler adopted the 2024 International Codes and the 2023 NEC effective July 1, 2025, one of the more current adoptions in the metro, and permits run through the City's Citizen Access portal. The clause that touches cabinetry is a height ceiling, not a count: NEC 210.52(G)(1) requires at least one receptacle outlet in each vehicle bay and not more than 5½ feet above the floor, served by a 20-ampere branch circuit under 210.11(C)(4) and GFCI-protected under 210.8(A)(2) — and 5½ feet is precisely the band a wall-cabinet run, a light rail, or a bench backsplash wants to occupy. Cabinets themselves are interior finish work and generally permit-exempt here; the circuit that feeds them isn't, and that's a licensed electrician's scope working from our dimensioned elevation.
Garage Cabinet Configurations We Build
Six configurations, and each one is a different structural problem wearing the same finish. What follows is what we build, how it's carried, and where the scope stops.
Wall-Hung Runs Are the Default, and the Hanger Is the Spec
Everything in this room hangs, for the three reasons in the section above, so the component that matters most is the one nobody quotes: the hanger. Häfele publishes its screw-mounted cabinet hanger at 440 pounds on a steel wall rail, against 143 pounds (65 kg) for the concealed hanger that mounts inside the cabinet side and leaves no hardware visible — a three-to-one spread out of the same rail system, decided entirely by which hanger goes on the drawing. For base-height runs carried off the wall rather than the floor, the heavy-duty pair steps to 811 pounds (369 kg), and we spec by that published number rather than by what ships in the carton.
Full-Height Towers and the Bay They Actually Need
A garage tower fails on clear height, not on load — it gets built to a nice-looking 84 inches and then won't take the thing it was built for. The dimensions that actually govern are the contents: a six-foot step ladder needs roughly 72 inches of uninterrupted clear bay, an upright vacuum about 50, and a leaf blower or string trimmer wants vertical depth rather than shelf. We build towers with a full-height vertical division separating one clear appliance bay from adjustable shelving, drilled on System 32 — 5 mm holes on 32 mm centers with the first row 37 mm back from the front edge — so shelf positions reset as the equipment changes, which in a garage is every few years rather than every few decades.
Workbench Assemblies and the Three Work Heights
A bench is the one surface in this room a person works at, and the most common failure is one elevation averaged across three tasks. ANSI/BIFMA G1-2013 recommends a fixed input-device support surface at no less than 747 mm — 29.4 inches — while Workrite, working from BIFMA anthropometric data, publishes standing work heights of 41.3 inches for the average woman in the U.S. workforce at 5'4" and 44.8 inches for the average man at 5'10"; a 36-inch counter is a landing height, five to nine inches short of where standing work belongs. On the top itself, where solvents and brake cleaner are in play we specify solid phenolic rather than wood — Fundermax Max Resistance² publishes SEFA 3 results across 49 reagents held 24 hours at 73°F with the black panel rating Level 0, no effect, on 37 of the 49 and no Level 3 result anywhere on the panel.
The Appliance Bay Is Dimensioned to the Airflow, Not the Chassis
GE publishes its Garage Ready refrigerators as designed and tested for ambient temperatures from 38°F to 110°F — and a Chandler garage runs 110 to 130 from June through September, which means the top of the rating is the bottom of a summer afternoon before anyone builds anything around it. The mechanism that matters is ventilation: a freestanding unit exhausts heat from the rear and top and works because it sits in open air on three sides, needing one to two inches at the rear and sides, while a built-in is engineered with a designed exhaust path precisely because it can't do that. Casing a freestanding appliance into a tight surround makes it a built-in without a built-in's ventilation, so our appliance bays get an open or louvered rear plenum and clearance to the specific model's published figure — never an opening built to the chassis dimension.
Third Bay, RV Depth, and What Changes When the Run Gets Long
The larger lots in Circle G and comparable Chandler custom and semi-custom product bring bay depths a tract three-car doesn't have, and depth changes the arithmetic in both directions: a deeper bay tolerates 24-inch base cabinets that would cost a standard 20-foot two-car garage four feet of parking envelope, but it also produces runs long enough that a field joint is unavoidable rather than optional. We locate that joint at a vertical division where it reads as an intentional break, and we pull it with threaded inserts and connector bolts rather than adhesive — mechanical throughout, which is the same rule polymer forces on us and one worth applying to the wood runs beside it.
What We Coordinate but Don't Build
We are a millwork shop. We design, fabricate, finish, and install casework, and we coordinate the trades around it — but overhead ceiling racks, epoxy and polyaspartic floor coatings, and every circuit that feeds any of it are quoted and installed by others. The sequencing matters more than the scope boundary does: a floor coating cures before casework is set, never around it, because coating up to an installed ladder base produces a cut line at every toe and a finish that telegraphs every seam. If you want one company to bundle cabinets, racks, floor, and electrical, that's a design-build contractor rather than a cabinet shop, and it's worth knowing before either of us spends an afternoon on a design consult.
What Custom Garage Cabinets Cost in Chandler
Garage cabinetry is quoted by the linear foot of finished run, and it's the only room in the house where the correct specification is also the cheaper one — the finish schedule that drives cost everywhere else is the exact thing this room shouldn't have. Two Chandler garages with identical wall runs can still differ threefold, and almost none of that gap comes from length.
Garage Casework Prices Below the Rest of the House, and Here's the Arithmetic
The same shop that charges $700 to $1,500 per linear foot installed for fully custom interior cabinetry in the East Valley lands closer to $350 to $750 in a garage. The difference isn't quality, it's a list of line items that simply don't exist in this room: no stone template or fabrication, no glass inserts at $80 to $250 per door or true divided-light mullions at $200 to $500, no crown returns at $7 to $16 per linear foot, and above all no sprayed finish schedule — a production paint sequence runs five to nine steps and adds 15 to 35% over staining the same casework, and a factory-finished TFL panel deletes that operation entirely, which is why TFL runs roughly 15 to 20% below a finished plywood box. A garage is the one room where the cheapest correct answer and the best-performing answer are the same answer.
Cost by Build Type
Multiply the run by the tier and the ranges resolve quickly. These are cabinetry, hardware, finish, and installation — nothing else.
Build | Typical Run | Estimated Cost |
|---|---|---|
Single-bay wall run | 8–12 LF | $3,000 – $9,000 |
Two-car: wall run plus one full-height tower | 14–20 LF | $5,000 – $15,000 |
Two-car with workbench and appliance bay | 18–24 LF | $7,000 – $18,000 |
Three-car or RV-depth, bay-by-bay zoned | 24–36 LF | $18,000 – $27,000 |
HDPE polymer run | Any | Quoted per project |
Two notes on the table. The East Valley sits its own tier below the metro's top — the same fully custom specification runs $1,500 to $2,000+ per linear foot in Scottsdale and Paradise Valley, on identical material, because labor prices differently across the Valley even though cabinetry, stone, and hardware cost the same everywhere. And polymer is quoted per project rather than per foot because the fabrication changes rather than the material: no adhesive anywhere in the assembly, mechanical connectors throughout, and slotted fastening sized to the run length and the temperature swing it'll see.
What Actually Moves Your Number
Linear footage sets the floor, then three decisions move it inside the band. Tall cabinets first — an 84-to-96-inch tower runs roughly double a base cabinet of the same width, so two towers move a garage more than the rest of the run combined. Core grade second: a TFL panel is only as good as the board it was pressed onto, and the spread between a commodity core and one published to a grade — Uniboard builds to ANSI A208.1-2016 Grade M-2 and M-3 — is real money that shows up nowhere on an elevation drawing. Bench and appliance scope third, because a workbench with a rated top and a properly plenumed appliance surround are fabricated assemblies with their own hardware, not checkboxes on an order form.
How to Compare This Against a Garage-System Quote
The per-foot number means almost nothing until you know how the foot was counted and what's inside it. Three questions settle it. Which unit? — a $150 per linear foot quote and a $50 per square foot quote can describe the same project and look nothing alike on paper. Is installation in the number? — system pricing frequently isn't, and professional installation commonly adds $60 to $120 per linear foot, or $100 to $300 per cabinet, on top. And what's the coating tier? — on any powder-coated aluminum system, ask which AAMA specification the finish is certified to before you compare it to anything, because the tiers are not close to each other. Ask all three of every bidder, including us.
Where It Makes Sense to Save, and Where It Doesn't
Save on the door schedule, the decor selection, and the accessory package — those are aesthetic decisions and none of them changes how the run performs in August. Save by phasing: we'll build the wall run and the tower now and detail the bench bay so it drops in later, because adding casework to a designed elevation is cheap and re-cutting a finished one isn't. What never pays off in this room: a commodity particleboard core under any panel, EVA edgebanding anywhere, thermofoil or RTF fronts on a west wall, an appliance cased tight to its chassis, and a base run leveled with shims on a floor the code requires to be sloped. Every one of those saves a few hundred dollars and fails inside five summers.
Hardware, Features, and What the Room Does to Both
Hardware is where a garage cabinet stops being a kitchen cabinet in a different color. Five decisions, and every one of them is made against a published number the room pushes on.
Runners Get Specified for Load and for a Floor That Isn't Level
A drawer on a floor pitched toward the vehicle door wants to roll open, and what stops that is mechanical rather than hydraulic — Accuride publishes the 3640A at 200 pounds per pair side-mounted on drawers to 42 inches, with full extension plus an inch of over-travel and a hold-in detent specified against roll-out and bounce-back. Soft-close is a fluid damper, and fluid viscosity moves with temperature, which is the one thing this room supplies in quantity — so bench and tool drawers get the detent and the damper stays on the doors where a speed change is cosmetic. Where a drawer carries real weight, the 9301E steps to 600 pounds on drawers up to 42 inches, published as tested to 50,000 cycles at maximum load, and lighter duty runs on Grass Dynapro at 100 to 132 pounds.
What We Won't Specify in This Room
Three components get named and excluded on every garage drawing we issue, and none of them is a bad product — each is a good product with a published limit this room exceeds. Docking Drawer's Blade series is ETL Listed to UL 962A and CSA C22.2 No. 21 and cycle-tested to 500,000 openings, but it carries an interlocking thermostat that cuts power above 120°F, so an in-drawer charging outlet in an unconditioned garage is designed to stop working in July. Thermofoil and RTF fronts are out at the 174°F American Woodmark publishes for the PVC-to-MDF bond, and EVA edgebanding is out because a thermoplastic adhesive re-softens on every heat cycle where Jowat's reactive PUR cross-links once and stops re-melting entirely.
Locking, Keying, and the Chemical Bay
A garage holds the most aggressive chemicals in the house — solvents, fuel, fertilizer, pool chemicals — and that bay gets a lock specified rather than assumed. ANSI/BHMA A156.11-2024 is the cabinet lock standard, grading products 1 through 3 across two separate classifications, Operational and Security, on cycle, strength, and operational testing. We build that bay on CompX Timberline, whose mechanical locks all run removable cores that key alike or differently with master keying standard — so the chemical bay and the tool bay key apart and either rekeys later without pulling the lock body — and where a tall drawer bank needs an interlock, System 400 prevents more than one drawer opening at a time on a 7-27/32-inch minimum between slides.
Doors That Clear a Parked Car
Fronts are a clearance problem here before they're a style decision, because a vehicle parked thirty inches off the cabinet face turns a 24-inch swing door into a door nobody opens. Over a bench or in a tight bay our default is a stay lift instead: Blum publishes AVENTOS HK top for cabinet heights from 205 to 600 mm on a minimum internal depth of 187 mm, which parks the front above the user's head rather than swinging it through the walkway. Where the elevation won't take a lift we go to a pocket door that retracts fully into the cabinet — and either way that gets decided at drawing stage against the actual parked-car dimension, not discovered on install day.
Lighting at 4000K, and the Component That Actually Fails
Every other room we build gets 2700 to 3000K because those are living spaces where colour warmth is part of the design; a garage bench is a task and inspection surface — reading a fastener head, matching a paint chip, identifying a socket size — so it gets 4000K at the same CRI 90 floor, and the difference is a specification decision rather than an inconsistency. The part that fails in here isn't the strip, it's the driver, so ask for the published Ta — the ambient temperature the unit was actually tested at, which absent manufacturer instruction defaults to a 25°C lab reference while this room runs to 54. Our answer is either a remote driver in conditioned space behind a serviceable access panel, or an outdoor-class unit: Mean Well's HLG series is metal-housed and fanless at IP65/67, listed under UL 8750 Type "HL", operating across a −40 to +80°C case temperature and holding full rated output to roughly 50°C — 122°F — ambient, with better than 62,000 hours of typical life at a case temperature of 70°C or less.
Finishes, Color, and Making the Garage Read as Part of the House
Everything above this section is about whether the cabinetry survives. This one is about whether it looks like it belongs to the same house as the kitchen — which for most of the clients who call us is the actual reason they called.
The Number Behind Every Finish Decision in This Room
Chandler doesn't get "a lot of sun," it gets a measurable amount, and it's the highest tier in the country: NREL's National Solar Radiation Database puts Phoenix-metro global horizontal irradiance at an annual average of 5.5 to 6.5 kWh per square metre per day, against roughly 5.0 in Los Angeles and 4.5 in New Jersey, peaking at 7.2 to 7.5 peak sun hours a day in summer. A garage takes that through an open door for however long you're working in it, on an elevation that usually faces the street. So the topcoat is a UV specification before it's an appearance one — we finish garage casework in M.L. Campbell Polarion X, a two-component acrylic polyurethane the manufacturer publishes as non-yellowing with excellent UV resistance, GREENGUARD certified, meeting the AWI System 11 finishing standard for chemical and moisture resistance and formulated for exterior doors and garage doors specifically.
Sheen Is a Measured Value, Not a Word
"Satin" is not a specification, and two shops using the word will hand you two different cabinets. Sheen is a number on a published scale — Renner, for one, lists 20 as satin and 30 as semi-gloss — and it goes on the drawing as a numeral so the finish you approved on a sample is the finish that arrives. This matters more in a garage than anywhere else in the house because the room is lit from above by hard, high-CRI task light with almost nothing soft in it: a sheen a half-step too high shows every roller mark, every dust nib, and every wall that isn't flat.
Door Tolerance Is What Makes a Slab Front Read as Architecture
A slab front hides nothing, so on a long garage elevation the reveal is the entire design and the reveal is only as good as the door tolerance behind it. WalzCraft manufactures to specified size at ±1 mm and accepts dimensions in 1/32-inch or 1-millimetre increments, with 48 by 96 inches as the maximum raw MDF product size — which is the real ceiling on a floor-to-ceiling garage door, not the design. Where you want a frame instead of a slab, the same program carries 80-plus stile and rail profiles, 110-plus centre panel profiles, and 200-plus outside edge profiles, which is how a garage front gets detailed to match a kitchen someone isn't replacing.
Color on a West Elevation Is a Heat Decision Before It's a Style One
Matte black and graphite read beautifully in a garage and they are the worst possible choice on the wrong wall. A west-facing surface in direct Chandler afternoon sun measures past 150°F — that's the door skin, and a cabinet face on the same elevation is in the same radiant field, which is where dark pigment stops being a colour and starts being a heat load on the panel behind it. Our position is dark fronts on the interior and shared walls, lighter solid colours on any elevation the afternoon reaches, and Arauco Prism TFL in a solid décor rather than a woodgrain there — because the solid-colour papers carry the heavier wear layer and there's no field film on the surface to amber in the first place.
Matching the House, or Deliberately Not
The garage is one of the few rooms where a deliberate contrast beats a near-miss, and it's worth deciding on purpose rather than discovering later. Where you do want continuity across a long elevation, matching is a specification rather than a shopping decision: ANSI/AWI 0641 sets separate grain layout requirements for Economy, Custom and Premium grade, and reconstituted veneer is the only stock that holds a match across a run and across years — ALPI ALPIlignum is compliant to ISO 18775 at 450 to 900 kg/m³ per ISO 9427, FSC 100% certified, with grain composed sheet by sheet so the same product code reproduces identically if you extend the run in five years. Where the adjacent room is painted we match the paint; where it's a twenty-year-aged stain, we contrast on purpose and say so at drawing stage.
Custom Garage Cabinet FAQs
How much do custom garage cabinets cost in Chandler?
Roughly $350 to $750 per linear foot installed, which puts a typical two-car garage with a wall run and one full-height tower between $5,000 and $15,000, and a three-car or RV-depth bay-by-bay system between $18,000 and $27,000. That's about half what the same shop charges for fully custom interior cabinetry at $700 to $1,500 per foot in the East Valley — not because it's built to a lower standard, but because a garage has no stone template, no glass or mullion doors, no crown returns, and no sprayed finish schedule, and that last one alone accounts for 15 to 35% of a painted interior job. Polymer runs are quoted per project rather than per foot, because the fabrication changes rather than the material.
Are wood cabinets a mistake in a Chandler garage?
No, but the wrong wood is — and on some walls we'd tell you to buy aluminum instead. Cabinet-grade plywood is essentially indifferent to 130°F; what fails in this room is adhesive and core, which is why particleboard is out, thermofoil and RTF fronts are out at the 174°F their PVC-to-MDF bond gives up, and EVA edgebanding is out in favour of PUR. On a west-facing wall under an uninsulated ceiling, powder-coated aluminum is genuinely the better material — and if you're quoted one, ask which AAMA specification the coating carries, because 2603 is a one-year exposure standard, 2604 is five years plus 3,000 hours of salt spray, and 2605 is ten years and a fluoropolymer. Most garage-cabinet powder coat is 2603.
How hot does a Chandler garage actually get, and what does that change?
110 to 130 degrees from June through September, and it changes three specifications. Blum publishes its soft-close hinges for a 65 to 85°F operating range, so a door closing fast in August is physics rather than a defect — we tell clients that at drawing stage. In-drawer power units carry a thermostat that cuts power above 120°F, which is why we won't put one in an unconditioned garage. And LED drivers are the component that actually fails: most are tested at a 25°C ambient reference, so the driver either moves to conditioned space behind a serviceable panel or gets specified as an outdoor-class unit.
Should garage cabinets be off the floor?
Yes — and not for the reason most people give. Your garage floor is sloped on purpose: IRC R309.1 requires the parking area to drain toward the vehicle door, and at the industry-practice range of 1/8 to 1/4 inch per foot that's a fall of 2¾ to 5½ inches across a 22-foot bay. Leveling hardware can't absorb that — Häfele's AXILO plinth feet adjust only 10 to 20 millimetres — so a garage base run is engineered with stepped foot sizes rather than shimmed. We also don't anchor into the slab at all: most Chandler homes sit on post-tensioned foundations carrying a "Do Not Cut or Drill" stamp in the garage with tendons at 30,000 psi, and drilling also breaches the pre-construction termite barrier.
Do I need a permit for garage cabinets in Chandler?
Usually not for the cabinets. Interior finish work like casework is generally permit-exempt here, and Chandler is on the 2024 International Codes with the 2023 NEC, effective July 1, 2025, with permits handled through the City's Citizen Access portal. What does trigger one is a circuit — and a garage almost always involves electrical coordination, because NEC 210.52(G)(1) requires a receptacle in each vehicle bay at not more than 5½ feet above the floor, which is exactly the band a wall-cabinet run or bench backsplash wants. We build and install the casework and hand your electrician a dimensioned elevation; we don't pull wire.
Can you build cabinets around a second refrigerator or freezer?
Yes, and the bay gets dimensioned to the airflow rather than the chassis. GE publishes its Garage Ready refrigerators for ambient temperatures of 38°F to 110°F — so in a Chandler garage the top of that rating is the bottom of a summer afternoon before anyone builds anything around it. A freestanding appliance exhausts heat from the rear and top and works because it sits in open air on three sides; casing one tight makes it a built-in without a built-in's ventilation path. We detail appliance bays with an open or louvered rear plenum and clearance to the specific model's published figure, and we ask for the model number before drawing.
Do you install overhead racks, epoxy floors, or the electrical?
No. We're a millwork shop: we design, fabricate, finish, and install casework, and we coordinate the trades around it. Overhead ceiling racks, epoxy and polyaspartic floor coatings, and every circuit that feeds any of it are quoted and installed by others. The sequencing is worth knowing regardless — a floor coating cures before casework is set, never around it, because coating up to an installed base produces a cut line at every toe. If you want one company to bundle all of it, that's a design-build contractor rather than a cabinet shop.
Can you build cabinets for a garage gym, workshop, or hobby conversion?
Yes, and the bench is the decision that shapes the rest. Work height gets zoned rather than averaged: ANSI/BIFMA G1-2013 recommends a fixed input surface at no less than 29.4 inches, while standing work sits near 41 inches for a 5'4" user and 45 inches for someone at 5'10" — a 36-inch counter is a landing height, not a work height. Solvent and tool bays get a phenolic top and a locking bay built to ANSI/BHMA A156.11, and any bay holding chemicals gets keyed separately from the rest of the run. What we don't do is the conversion itself — insulation, mini-splits, flooring, and circuits are other trades.
How long does a custom garage cabinet project take?
Eight to fourteen weeks from first consultation to final walkthrough, with fabrication running four to eight of those. Garage projects usually land at the short end of that window because there's no countertop template trip and no stone fabricator in the sequence — the two things that most often extend a kitchen or a vanity. Design, field measure, and drawing approval occupy the front end; installation itself is typically one to three days depending on whether there's a bench and an appliance surround. Nothing is released to the shop until the elevations are signed, because a change at drawing stage costs nothing and the same change after fabrication costs a panel.