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The short answer: rigid-core LVP for kitchens, bathrooms and basements; laminate for scratch-heavy dry rooms on a budget; engineered hardwood where you want real wood that can be sanded and refinished.

LVP vs Laminate vs Engineered Hardwood Flooring: Which One for Each Room?

All three floors are sold as planks that look like wood, and all three can be clicked together over a subfloor, so they get compared as if they were the same thing in different price brackets. They are not. Luxury vinyl plank is plastic all the way through, laminate is a photograph of wood on a wood-fibre board, and engineered hardwood is real wood glued over a stable core. That difference decides what happens when a dishwasher leaks, a dog runs through the kitchen, or the floor wears out in fifteen years. This guide compares them on the things that actually fail, using the manufacturers' own installation guides and warranties.

Three wood-look flooring offcuts lying side by side on a bare subfloor with their cut ends showing a vinyl, a fibreboard and a layered plywood core

Image: Generated planning images for Interior Index, not photographs of product tests or evidence of material performance. Check the chosen flooring's specifications and installation instructions.

Key points

  • Water: "Waterproof" means the plank survives a spill. No warranty we read covers flooding, appliance leaks or water coming up from below.
  • Scratches: Laminate's hard resin surface and a thick LVP wear layer both resist pets well. Engineered wood scratches more, but can be refinished.
  • Refinishing: Only engineered wood can be sanded. The NWFA treats 2.5 mm (3/32 in) of factory-finished wear layer as the minimum for a refinishable floor.
  • Cost: HomeGuide puts installed costs at $4 to $16 per sq ft for LVP, $4 to $14 for laminate and $7 to $20 for engineered wood (checked October 2026).

Quick verdict

Choose rigid-core LVP if

  • The room has water: kitchen, bathroom, laundry, basement
  • You have pets and children and want one floor through the house
  • You will install it yourself as a floating click floor

Choose laminate if

  • Scratch resistance matters more than water resistance
  • The rooms are mostly dry: living room, bedrooms, hallways
  • You want a convincing wood look at the lowest price

Choose engineered hardwood if

  • You want real wood and accept that it dents and scratches
  • The wear layer is thick enough to sand and refinish later
  • The rooms stay dry and the humidity stays stable
Hand aligning three flooring samples in the same daylight on an existing kitchen floor
Lay the samples on the floor of the room they are for, in that room's light. The three can look alike from standing height and behave very differently underneath.

The three floors at a glance

This table is our assessment of typical mid-range products, built from the sources cited further down. A cheap product in any category can lose rows it would normally win, and a premium one can win rows it would normally lose.

FactorRigid-core LVPLaminateEngineered hardwood
Top surfaceClear vinyl wear layer over a printed filmHard resin overlay over a printed decor layerReal wood with a factory finish
CoreRigid polymer (SPC or WPC)Compressed wood fibre (HDF)Plywood, or HDF on composite products
Spills and wet moppingBestGood on wet-rated lines with a sealed perimeterWipe up fast; avoid wet mopping
ScratchesGood with a 12 to 20 mil wear layerBestWeakest, but repairable
DentsGood; SPC better than WPCGoodWeakest in soft species
Comfort and soundGood; WPC is softer and quieterCan sound hollow without a good underlayBest when glued or nailed down
Can be sandedNoNoYes, if the wear layer is thick enough
Installed cost per sq ft$4 to $16$4 to $14$7 to $20

Cost ranges are from HomeGuide's flooring installation cost guide (published February 2026, checked October 2026). The cost section breaks them down.

What each floor is made of

The names hide the most important fact: which layer you are walking on, and what sits under it. Read the diagram top to bottom, then the key.

Rigid-core LVP Laminate Engineered wood Clear wear layer and coating Printed design film Rigid polymer core, SPC or WPC SPC or WPC core Optional attached pad A B C D Resin wear layer Printed decor layer Compressed wood fibre core HDF core Backing layer E F G H Real wood wear layer Plywood or HDF core ply or HDF core Backer layer I J K polymer throughout print over wood fibre real wood on top
  • ALVP wear layer: clear vinyl, often with a urethane top coat. Its thickness, quoted in mil, is the main durability number.
  • BPrint film: the wood image. Once the wear layer wears through, the pattern goes with it.
  • CRigid core: SPC (solid polymer core) is denser and resists dents; WPC (sold as wood plastic composite or expanded polymer core) is lighter, softer and quieter.
  • DAttached pad: optional. Adds comfort and sound control.
  • ELaminate wear layer: a clear, hard resin overlay. Its abrasion resistance is quoted as an AC class, not a thickness.
  • FDecor layer: a high-resolution photograph of wood or stone.
  • GHDF core: wood fibres compressed under heat and pressure. Stiff and stable, but it swells if water reaches it.
  • HBacking: a balancing layer, typically melamine, that resists moisture from below.
  • IReal wood wear layer: the only layer in this diagram that can be sanded back to fresh material.
  • JCore: cross-laminated plywood, or HDF and other composites on "composite engineered" products.
  • KBacker: a balancing veneer or layer that keeps the plank flat.
Schematic, not to scale: the thin top layers are drawn thicker so they can be seen. The thickness chart in the refinishing section is drawn to scale.

Sources for each column: the Resilient Floor Covering Institute's rigid core overview (SPC denser and more dent-resistant, WPC lighter, more comfortable and better acoustically), MSI's guide to LVP layers, the North American Laminate Flooring Association's laminate construction page, and the NWFA Refinishable Program, which separates engineered wood (real wood throughout) from composite engineered wood (real wood on the wearing surface only, over HDF or another composite).

The idea of a real-wood face over a cheaper, stabler core is the same one used in furniture; our solid wood vs veneer guide explains why the core matters as much as the face.

Water: what "waterproof" covers

The word on the box is about the plank, not the floor. A rigid vinyl core does not swell, and a wet-rated laminate resists spills that sit on top. But water does not stay on top. It finds the seams, runs to the walls, and soaks the subfloor from leaks you cannot see. The fine print of each product says exactly where its promise stops.

Two-panel illustration comparing water resting on a floating floor surface with a concealed dishwasher leak spreading onto the subfloor beneath the same floor
A surface spill and a concealed leak are different problems. Water below the planks can reach the subfloor even when the upper surface looks dry; check the chosen product's installation and warranty terms.
What the document saysRigid-core LVP (LifeProof)Laminate (Pergo WetProtect)Engineered (Kentwood)
Spills and moppingWaterproof plank; remove standing water, urine and other liquids promptlyCovers household spills, pet accidents and steam, wet or damp moppingNot described as water-resistant
Seams and edgesSeal expansion gaps around wet areas with 100% siliconeFull cover only if the perimeter is sealed as the instructions sayNot for full bathrooms or laundry rooms
Flooding and leaksNot for rooms prone to flooding; cannot prevent mould or damage from floodingNot designed for flooding, plumbing accidents or leaking appliancesExposure to elevated humidity may void the warranty
Water from belowCannot seal an existing floor from moisture or hydrostatic pressureNot designed for moisture in or under the subfloorSubfloor moisture must be tested before installation

Sources: the LifeProof Vinyl Plank installation instructions, the Pergo laminate limited warranty (effective March 2026) and the Kentwood engineered installation guide (December 2025). Pergo's own installation instructions for its wet-rated laminate also say it should not go over a floor with a sump pump or in a room with a floor drain. Other brands word things differently, so read the warranty for the exact product before you buy.

The practical rule: none of these floors replaces fixing a leak. A slow drip under a dishwasher can rot a subfloor under any of them while the planks on top look fine.

Scratches, dents, and pets

Scratches depend on the top layer; dents depend on the core. Laminate's resin overlay is the hardest of the three surfaces, which is why it holds up to claws, grit and chair legs. LVP depends almost entirely on its wear layer: MSI quotes wear layers from 4 to 40 mil and suggests 12 to 20 mil for households with pets or busy entries. Engineered wood scratches and dents like any wood floor of the same species, but those marks can be sanded out if the wear layer allows.

Person brushing grit from a plank floor beside a dog's paws at a back doorway
Keep grit off the floor and choose a product with suitable documented wear performance. This generated scene illustrates an upkeep problem, not a scratch-resistance test.
  • Dogs: laminate or a 20 mil LVP. Pergo's laminate warranty includes pet scratch and pet stain cover; LifeProof's care section simply says to keep pets' nails trimmed.
  • Heavy furniture: LifeProof asks for floor protectors at least 1 in (25 mm) across under heavy furniture and rubber, not plastic or metal, chair casters. SPC resists dents better than the softer WPC.
  • Accidents and bowls: LVP and wet-rated laminate cope; on engineered wood, put a mat under the water bowl and wipe accidents up quickly.

Comfort, sound, and sunlight

A floating floor sits on an underlay rather than being fixed down, and a thin, stiff floor over a hard subfloor can sound hollow and clicky underfoot. A better underlay, a softer WPC core, or a glued or nailed engineered floor all reduce that. The RFCI notes that cork or another acoustic underlayment adds warmth and sound absorption to rigid core floors. HomeGuide prices underlayment at $0.50 to $3.50 per sq ft installed.

Sun changes all three. LifeProof warns that long-term direct sunlight can make its vinyl discolour, fade or buckle, and recommends window treatments or UV-tinted glass. Pergo's laminate warranty includes fade resistance. Real wood changes colour with light by nature: Kentwood tells installers to cover the whole floor if they protect it at all, so a partly covered area does not change colour unevenly. Move rugs now and then on a sunny engineered floor; our rug size guide covers runners for kitchens and halls.

Installation, subfloors, and radiant heat

RequirementRigid-core LVP (LifeProof)Laminate (Pergo, Shaw)Engineered (Kentwood)
MethodsFloating click only; must not be glued, nailed or fastened downFloating; movement must not be restrained by glue, nails or fixed objectsNail-down, full-spread glue or floating, depending on the collection
Subfloor flatnessWithin 1/4 in in a 10 ft radius (6 mm in 3 m), and 1/16 in under a 3 ft straightedgeNo more than 3/16 in unevenness per 10 ft span (5 mm in 3 m)Within 3/16 in over 10 ft, or 1/8 in in a 6 ft radius
Expansion gap1/4 in (6 mm) at walls and fixed objects3/8 in (10 mm) minimum under door frames and wall base (Pergo)As set for each method
Radiant heatSubfloor no warmer than 85°F (29°C)Surface never set above 85°F (29°C) (Shaw)Surface never above 80°F (26°C); not for acacia or hickory

Sources: LifeProof instructions, Pergo Pro + WetProtect installation instructions (January 2026), Shaw's laminate over radiant heat guidance (which also says to change the setting by only 4 to 5 degrees a day) and the Kentwood guide. These are single brands: use them to know what to ask, not as the rule for your product.

Two consequences people miss. First, a floating floor goes in after cabinets and islands, never under them, because pinning it down stops it moving. Second, stairs are never floated: a Beaulieu stair nose installation guide says that on stairs the floor is glued down, as building code requires, so check that a matching stair nose exists before you commit to a plank for a whole floor that includes a staircase.

Refinishing, lifespan, and resale

This is the one real advantage engineered wood has over the other two. When LVP or laminate wears through to the print, the plank is finished and has to be replaced. Engineered wood can be sanded back to fresh wood and refinished, provided enough wood is left on top. The chart puts the numbers on one scale.

one sanding: up to about 0.8 mm Rigid-core LVP, 12 mil LVP 12 mil wear layer: 0.3 mm 0.3 mm (12 mil) Rigid-core LVP, 20 mil LVP 20 mil wear layer: 0.5 mm 0.5 mm (20 mil) LVP, top of range LVP 40 mil wear layer, top of the range MSI quotes: 1.0 mm 1.0 mm (40 mil) Engineered, finished min. NWFA refinishable minimum, factory-finished: 2.5 mm 2.5 mm (3/32 in) Engineered, unfinished min. NWFA refinishable minimum, unfinished: 3.2 mm 3.2 mm Engineered, thick sawn Thick sawn engineered wear layer: up to 6.35 mm 6.35 mm (1/4 in) 0 2 4 6 mm Drawn to scale at 40 units per mm. Laminate has no row: its wear layer is rated by AC class.
LVP wear layers of 0.3 to 1.0 mm (12 to 40 mil) against engineered wear layers of 2.5 mm, 3.2 mm and up to 6.35 mm (1/4 in). A single sanding can take off more than an entire LVP wear layer, which is why only wood is sanded.

The numbers: MSI quotes LVP wear layers of 4 to 40 mil (1 mil is a thousandth of an inch, so 12 mil is about 0.3 mm and 20 mil about 0.5 mm). The NWFA Refinishable Program requires at least 2.5 mm of wear layer on factory-finished products and 3.2 mm on unfinished ones before it certifies an engineered floor as refinishable. Hardwood Floors magazine notes that engineered wear layers range from paper-thin up to 1/4 in (6.35 mm), and that a normal sanding often removes less than 1/32 in (about 0.8 mm).

So how many refinishes? Nobody can promise a number: the magazine says it depends on the sander's skill, the equipment, the remaining wear layer and how flat the floor is. A wear layer below the NWFA's 2.5 mm minimum would not be certified as refinishable, so ask the maker whether it approves a light screen and fresh finish coat instead of a full sanding.

Hand holding the cut end of an engineered oak floorboard offcut showing a thin layer of oak on top of a plywood core
The visible top layer is the real wood above the core. This generated cross-section establishes no thickness or sanding allowance; confirm both for the specific product.

Lifespan follows from that: LVP and laminate last until the wear layer wears through or the planks are damaged, while a thick-wear-layer engineered floor can be renewed. On resale, we found no current, neutral study that prices one of these floors against another, so treat claims that one adds value as opinion. Real wood is the floor that listings name; whether buyers pay for it depends on the market and the condition of the floor.

Installed cost

FloorMaterial per sq ftInstalled per sq ftExample: 200 sq ft room, installed
Luxury vinyl plank$2 to $10$4 to $16$800 to $3,200
Laminate$1 to $6$4 to $14$800 to $2,800
Engineered wood$2 to $9$7 to $20$1,400 to $4,000

Per square foot figures are from HomeGuide (February 2026); the 200 sq ft column is our multiplication. Fixr's hardwood installation guide (updated January 2025) gives a similar $8 to $14 per sq ft for installed engineered wood. Both were checked in October 2026; get local quotes, because prices vary by region.

The extras often decide the real gap: HomeGuide lists underlayment at $0.50 to $3.50 per sq ft, subfloor replacement at $2.20 to $4.75 per sq ft, and old floor removal on top. A floor that needs a self-levelling compound to meet a 3/16 in in 10 ft tolerance costs more whatever you lay on it.

Which floor for which room

RoomBest fitWorkableAvoid or check first
KitchenRigid-core LVPWet-rated laminate with a sealed perimeterEngineered wood near the sink and dishwasher unless you wipe up fast
Full bathroomRigid-core LVP, caulked at the tub and toiletWet-rated laminate, if the maker allows bathroomsEngineered wood (Kentwood rules out full bathrooms); laminate where there is a floor drain
BasementRigid-core LVP after a moisture testLaminate within the maker's slab moisture limitsAny floor over a slab that fails its moisture test; laminate over a sump pump
Living roomAny; engineered for real woodLaminate for scratch resistance on a budgetThin-wear-layer LVP in a sunny room without blinds
BedroomEngineered wood or laminate with a good underlayWPC LVP for a softer, quieter feelHollow-sounding floating floors over a bedroom below, without acoustic underlay
StairsEngineered wood, glued or nailedLVP or laminate with a matching stair nose, glued downAny floating installation; a plank with no matching nose

Our assessment, based on the installation guides cited above. A laundry room follows the bathroom row; our laundry room layout guide covers the rest of that room's finishes.

How each floor fails

FloorTypical failureUsual causeWhat it takes to fix
Rigid-core LVPGaps, peaked joints or bucklingStrong sun or heat, a floor pinned under cabinets, no expansion gapLift and relay the area; replace damaged planks
Rigid-core LVPDull, scuffed traffic lanesThin wear layer, grit, rubber-backed matsReplace the planks; it cannot be refinished
LaminateSwollen, raised plank edgesWater through the joints or an unsealed perimeterReplace the planks; swollen HDF does not go back
LaminateBounce, clicking, hollow soundUneven subfloor, wrong or doubled underlayLevel the subfloor and relay
Engineered woodCupping or seasonal gapsHumidity outside the maker's range (30 to 50% RH for Kentwood), moisture from belowFix the humidity first; refinish once it settles
Engineered woodSanded through to the coreToo thin a wear layer, or an aggressive sandingReplace the boards

Most of these failures are installation and environment, not product. Keep the receipt, the warranty and a spare box of planks, because a replacement plank from a later batch may not match.

How to read the spec sheet

SpecWhat it tells youWhat to look for
Wear layer, in mil or mm (LVP)How much clear vinyl protects the print12 to 20 mil for most homes; 20 mil or more for pets and entries
Total thicknessFeel, stiffness and transition heightsDo not confuse it with the wear layer; check whether a pad is included
CoreDent resistance, comfort, water behaviourSPC for dents, WPC for comfort; HDF for laminate; plywood or HDF under engineered
AC rating (laminate)Abrasion class under the European standard EN 13329A higher class for busier rooms; it is not a water rating
Wear layer, in mm (engineered)Whether, and how deeply, it can be sanded2.5 mm or more, or the NWFA Certified Refinishable mark
Water claim and warrantyWhat is actually coveredPerimeter sealing conditions, appliance leaks, flooding, moisture from below
Radiant heatWhether it is approved, and the temperature limitA stated maximum surface or subfloor temperature
Install methods and flatnessFloating, glue or nail, and the subfloor toleranceWhether your subfloor meets it without levelling

On AC ratings: the North American Laminate Flooring Association points out that its own NALFA LF-01 standard does not use AC classes at all; the classes come from EN 13329 and have spread through marketing. Compare AC numbers between products, and read the warranty for water.

Which floor should you choose?

  • Kitchen, bathroom, laundry or basement?Rigid-core LVP, with a 12 to 20 mil wear layer and caulked edges at wet areas.
  • Dry rooms, dogs, tight budget?Laminate with an AC rating suited to the traffic and a quality underlay.
  • Want real wood that lasts decades?Engineered wood with at least 2.5 mm of wear layer, in rooms that stay dry.
  • Radiant heating?Any of the three, if the product is approved for it and you can keep under its stated limit.
  • Stairs in the run?Choose a plank with a matching stair nose, and budget for gluing the stairs down.
  • One floor through the whole house?Rigid-core LVP is the only one of the three that suits every room in the table above.

Next step: order samples of your two finalists, lay them in the actual rooms for a few days, and read the warranty and installation guide for each before you get quotes. If you are also choosing worktops, the quartz vs granite vs quartzite comparison uses the same approach for the kitchen.

Frequently asked questions

Is LVP or laminate better for a kitchen?

Rigid-core LVP is usually the safer kitchen floor because its core does not swell when water reaches the seams. Wet-rated laminate can work, but brands such as Pergo only give full water cover when the perimeter is sealed as their instructions describe. Neither is covered for dishwasher or fridge leaks.

Which flooring is best with dogs?

Laminate has the hardest surface and resists claw scratches best, and LVP with a 20 mil or thicker wear layer also holds up well. Engineered wood scratches more easily, but it is the only one of the three where scratches can be sanded out. Trimmed nails and mats by the door help with all three.

How many times can engineered hardwood be refinished?

There is no fixed number. A normal sanding often removes less than 1/32 in (about 0.8 mm), and the NWFA requires at least 2.5 mm of wear layer on a factory-finished floor to certify it as refinishable. The real count depends on the wear layer left, the sander and how flat the floor is.

What is the difference between SPC and WPC vinyl plank?

Both are rigid-core LVP. SPC has a solid, dense polymer core that resists dents and stays dimensionally stable. WPC has a lighter, expanded core that feels softer and quieter underfoot. Both are water-resistant cores; the wear layer, not the core, decides scratch resistance.

Can you put LVP, laminate or engineered wood over radiant floor heating?

Often, but only if the specific product is approved for it. Examples from manufacturers: LifeProof vinyl caps the subfloor at 85 F (29 C), Shaw laminate caps the floor surface at 85 F, and Kentwood engineered wood caps the surface at 80 F (26 C) and excludes acacia and hickory.

Does a waterproof floor protect the subfloor from leaks?

No. Waterproof refers to the planks. LifeProof says its floor cannot seal an existing floor from moisture or prevent damage from flooding, and Pergo excludes flooding, plumbing accidents, leaking appliances and moisture under the floor. Water that gets under any floating floor can still damage the subfloor.