SENWIZ Publishes 2026 Kitchen Cabinet Buyer's Guide: 7 Checks to Run Before Signing a Custom Order
SENWIZ, a custom furniture and whole-home cabinetry supplier serving overseas homeowners, contractors and developers, today released its 2026 Kitchen Cabinet Buyer's Guide. The guide distils the questions the company's project team asks on every kitchen job into seven practical checks, aimed at buyers who are about to commit to a made-to-order cabinet package and want to avoid the most common — and most expensive — specification mistakes. Kitchen cabinetry is the single largest line item in most residential fit-out budgets, and it is also the least forgiving. Unlike a sofa or a bed, cabinets cannot be returned, exchanged or tweaked after installation: they are cut to the millimetre for one specific room. A wrong substrate, an undersized hinge or a mispriced quotation can lock in a decade of daily frustration. "Most cabinet regrets are not style regrets. Nobody wakes up two years later upset about the colour. They are upset because a drawer sags, a door swells near the sink, or the final invoice was nothing like the first quote. All three are preventable at the specification stage." — SENWIZ project lead Why Cabinet Buying Got Harder Ten years ago, choosing kitchen cabinets largely meant choosing between two or three local workshop options and a handful of laminate colours. Today, an overseas buyer sourcing custom cabinets is simultaneously choosing a substrate, a surface finish, a hardware brand, a countertop material, an internal storage system, a shipping method and an installation model — often across different suppliers and different time zones. That complexity creates a specific failure pattern: buyers spend 80% of their decision time on the visible 10% of the product — door colour and profile — and discover the structural decisions only after production has started. SENWIZ's seven checks are designed to reverse that order. Check 1: Measure the Room, Not the Catalogue Every cabinet decision downstream depends on three measurements that must be taken after the room is finished — not from the architect's drawing, and not before tiling. Wall-to-wall width at three heights (floor, mid, ceiling). Older buildings are rarely square; a 3,000 mm wall can be 2,985 mm at skirting level and 3,012 mm at the top. Cabinets are built to the tightest number. Ceiling height at four corners. Floors and ceilings sag. A 20 mm difference across a run of tall units is normal and must be absorbed by the plinth and scribe, not forced into the carcass. Obstruction map. Water inlet and drain positions, gas line, electrical sockets, the flue route, the window reveal depth, and the swing arc of any adjacent door. A dishwasher that cannot fully open because of an island return is a design failure, not a hardware failure. Practical tipTake photographs of every wall with a tape measure visible in frame. For remote projects, this single habit prevents the majority of re-cutting disputes. Check 2: Specify the Substrate Before the Finish The substrate — the board the cabinet box is actually made of — determines whether the kitchen survives its environment. Buyers almost always ask about the door finish first and the carcass second. That is backwards. Plywood The strongest and most moisture-tolerant mainstream option. Birch or eucalyptus plywood in 15–18 mm holds screw fixings well through repeated disassembly and resists the swelling that kills cabinets near sinks and dishwashers. It costs more and weighs more, which matters for shipping. Moisture-resistant particleboard (MR / HMR) The volume-market default. Good dimensional stability in dry conditions, meaningfully cheaper and lighter, but vulnerable once water gets in through an unsealed edge. Acceptable for dry zones; a risk for sink bases and anything below a leaking appliance. MDF Excellent for painted doors and profiled panels because it machines cleanly with no visible edge grain. Poor in load-bearing carcasses and poor in wet areas. Solid wood Beautiful, repairable, and the most movement-prone. In a kitchen that swings between air-conditioning and open windows, solid wood doors need a stable substrate behind them and realistic expectations about seasonal gaps. Recommended specificationPlywood carcasses in wet zones — sink base, dishwasher surround, anything under an appliance with a water connection — and moisture-resistant board elsewhere, with edge banding specified explicitly on every exposed edge. Edge banding is where cheap cabinets fail first. Check 3: Choose the Door Finish for the Way the Kitchen Is Used Finish selection should be driven by traffic, cleaning habits and light exposure, not by the showroom sample.
Two rules worth writing into a specification sheet: no thermofoil within 150 mm of an oven or a kettle station, and matte and textured finishes disguise daily wear far better than gloss in any kitchen that gets cooked in rather than photographed. Check 4: Hardware Is Not Where to Save Money Hardware is roughly 10–15% of a cabinet budget and roughly 90% of the complaints in year three. Hinges Specify soft-close hinges from a named brand (Blum, Hettich, Grass and their equivalents) with a stated cycle rating. A hinge rated for 80,000 cycles on a door opened twice a day is a 100-year hinge on paper — meaningless. What matters is corrosion resistance (look for a salt-spray rating in coastal markets) and whether the hinge is adjustable in three axes after installation. Drawer runners This is the most under-specified component in the whole kitchen. Ask for:
| Finish | Look | Durability | Best for |
|---|---|---|---|
| Lacquer / painted | Seamless, any colour, matte to high gloss | Repairable but shows chips at edges | Low-to-medium traffic, colour-led design |
| PET / PETG laminate | Modern matte and super-matte, fingerprint-resistant | Very high; colour-stable | Family kitchens, high-touch households |
| Acrylic / UV high gloss | Mirror-like reflective surface | Hard-wearing but shows scratches and fingerprints | Contemporary show kitchens |
| Melamine / paper laminate | Woodgrain and solid colours, textured | Very high, lowest cost | Rentals, secondary kitchens, budget builds |
| Wood veneer | Real grain, warm, premium | Needs care around water and heat | Statement kitchens, feature walls |
| Thermofoil / PVC membrane | Seamless shaker profiles at low cost | Vulnerable to heat near ovens | Budget shaker look, away from heat sources |
- Full extension, not three-quarter extension, so the back of the drawer is reachable.
- A load rating that matches the contents. A 1,000 mm pan drawer filled with cast iron needs 40–50 kg runners, not the 20 kg default.
- Soft-close with a mechanical damper, not a friction stop.
- Lift systems for wall cabinets should be matched to door weight and height before the cabinet is built; retrofitting a lift mechanism into a finished carcass is rarely clean.
- Quartz (engineered stone). The default for good reason: non-porous, consistent, no sealing. Watch the seam plan — every seam is a future crack candidate, and a large island should be templated to avoid one.
- Porcelain / sintered stone (rock slab, or ultra-compact surface). Thinner, lighter, heat-proof, UV-stable, and increasingly used to clad splashbacks and even cabinet doors for a monolithic look. Brittle at edges and unforgiving of poor substrate support; it needs a fully supported, flat base.
- Solid surface. Seamless joins, repairable scratches, but softer and heat-sensitive.
- Solid wood. Warm and repairable, but it is a maintenance commitment in a wet zone.
- Stainless steel. Commercial durability, seamless integrated sinks, and it shows every scratch.
- Corner cabinets are the single biggest waste of volume in a kitchen. A blind corner unit costs as much as a straight base unit and gives up roughly half its usable space unless fitted with a magic-corner or LeMans-style pull-out.
- Drawers beat doors below the counter. A 900 mm pan drawer shows its entire contents from above; a 900 mm door with one shelf requires kneeling and rummaging.
- Vertical dividers for trays, baking sheets and chopping boards convert a useless 150 mm gap into high-value storage.
- A tall larder unit with internal pull-outs usually delivers more usable volume per square metre than an equivalent run of wall cabinets.
- Appliance garages and integrated bins should be located at the point of use, not wherever the layout had space left over.
- Per linear metre. Common in China and increasingly in export quotations. Convenient and fast, but it usually bundles a standard set of components. Extras — soft-close, deeper drawers, internal fittings, tall units, decorative panels — come on top.
- Per square metre of projected area. Door-face area based. Favours simple, shallow layouts and penalises storage-rich designs.
- Per unit / itemised. The most transparent and the slowest to produce. Every carcass, door, hinge, runner and fitting is listed.
- Carcass material and thickness, and board brand.
- Door material, finish code and colour reference.
- Hardware brand and model numbers.
- Whether back panels are full-thickness or 3 mm hardboard — a real structural and moisture difference.
- Exactly which internal accessories are included.
- Countertop material, thickness, edge profile, and the number of seams.
- Whether plinth, cornice, end panels, scribe strips and filler panels are included — the classic "extras" that appear on the final invoice.
- Delivery terms, packaging standard for export, and whether installation is included.
- Lead time counted from final drawing approval, not from deposit.
- Warranty term and what it covers, in writing.
- Ordering before the site is finished. Cabinets built to pre-tiling dimensions rarely fit post-tiling rooms.
- Buying the door and ignoring the box. A beautiful door on a particleboard carcass in a wet zone will fail long before the finish wears out.
- Accepting "soft-close included" without a brand, model and cycle rating on paper.
- Under-specifying drawer runners. Sagging drawers are the number-one year-three complaint.
- Comparing per-metre prices across different inclusion lists. Ask for the same ten line items from every supplier you are comparing.
- Matte, fingerprint-resistant surfaces are replacing high gloss in family kitchens, driven by maintenance reality rather than fashion.
- Sintered stone and porcelain are moving off the countertop and onto splashbacks, islands and cabinet door faces as a continuous surface.
- Storage density is being designed in from the start. Buyers are asking for fewer wall cabinets and more full-height larders with internal pull-outs, which changes carcass specifications and hardware loads.
