LVT vs Laminate
These two get compared more than any other pair, because on a showroom floor they look alike and sit close on price. The difference is not in the surface. It is in what the surface is stuck to, and that decides everything else.
The construction, in one paragraph each
Laminate is a photographic decor layer under a hard melamine wear surface, bonded to a high-density fibreboard core. The core is wood fibre. It is dense, it is stable, and it swells irreversibly when water reaches it.
LVT is a printed design under a clear vinyl wear layer, on a core that is either flexible vinyl or — in rigid-core and SPC formats — a dense mineral-filled composite. Nothing in that stack is wood. It takes on no water.
Where each one wins
Water: LVT, decisively. This is not a close call and it is the reason most people end up choosing between them. A spill wiped up promptly does no harm to either. Standing water — a leaking appliance, an overflowing shower, a dog that comes in wet every day — finds a laminate joint and swells the core beneath the decor. The damage is permanent and visible, and it does not sand out.
Underfoot feel: LVT. Warmer and quieter. Laminate has a characteristic hard, hollow sound that identifies it the moment you walk on it — good underlay reduces this considerably but does not remove it.
Scratch resistance: laminate, usually. The melamine wear surface is harder than a vinyl wear layer. Against fine scratching from grit and claws, laminate holds up well; against a dropped tin, both dent.
Price of the board: laminate. It is the cheapest way to floor a whole house without it looking cheap.
Price of the fit: about level for click formats. Glue-down LVT costs more, because it needs a genuinely flat subfloor and more labour. See what LVT costs and what laminate costs for the breakdown.
Build-up height: LVT. Thin enough that doors often do not need trimming. Laminate plus underlay usually does.
Realism: level, and it depends on the range. Deep embossing has closed most of the visual gap on laminate; good LVT does the same. Both are printed. Neither is timber.
The room-by-room answer
Kitchen, bathroom, utility, cloakroom — LVT. The water argument decides it.
Hallway — LVT, with the wear layer specified up. It is the room where wet shoes and grit meet.
Bedrooms, landing, home office — laminate is a sensible saving and not a compromise. Match the AC rating to the room.
Living room — either, and the decision is usually about feel. LVT is warmer and quieter; laminate is cheaper and harder-wearing against scratching.
Conservatory — rigid-core LVT. The temperature swing rules laminate out.
The two specifications to compare, and they are not the same thing
People compare the wrong numbers here, because the two products measure durability differently.
Laminate has an AC rating — a class describing abrasion resistance. Choose it room by room; a hallway and a spare bedroom are not the same job.
LVT has a wear layer thickness — a measured dimension for the clear film over the design. The same design is often sold in two or three wear layers at quite different prices.
One is a class, the other is a dimension. They do not convert into each other, and a higher number on one side means nothing about the other.
If you want one answer
For a whole house with a fixed budget: LVT in the wet rooms and the hall, laminate in the dry rooms upstairs. That puts the money where water and grit actually are, and it costs less than flooring everything in either one.
Common questions
What does "waterproof" actually mean on a floor?
An LVT core takes on no water; a laminate core is wood fibre and does. That is the real difference, and it is a material property rather than a marketing claim. But no floor installation is waterproof: water can still reach the subfloor through the joints and the perimeter gap on either. For a room where water stands rather than passes, glue-down LVT or tile is the specification, not a click floor of any kind.
Which lasts longer?
In a dry room, a well-specified laminate can outlast a thin LVT, because the melamine surface resists abrasion well. In anything that gets wet, LVT outlasts laminate by a margin that makes the comparison pointless. The honest answer is that the room decides it, not the product.
Can either go over underfloor heating?
Both usually can, and both have limits. Check the maximum surface temperature in the specification for the range rather than assuming, and remember that underlay thickness affects heat transfer as much as the board does. Rigid-core LVT is generally the more predictable of the two over heating, because the core is dimensionally stable across a wider temperature range.
If the shortlist is really between vinyl types rather than against laminate, what SPC and rigid core actually mean sorts out the names. The ranges are at LVT and rigid vinyl and laminate.
Which rooms get wet, and how much grit comes through the door, has as much to do with the house as with the household. Browse by town and region.
What the published standards say
Each entry is quoted from its source and linked to it. The full set is in the standards reference.
BS EN 13329 — laminate floor coverings
BS EN 13329 specifies the characteristics, requirements and test methods for laminate floor coverings with a surface layer based on aminoplastic thermosetting resins, including requirements for marking and packaging. It also contains a classification system based on EN ISO 10874 for areas and levels of use, and it does not cover areas subject to frequent wetting such as bathrooms, laundry rooms or saunas.
“BS EN 13329 specifies characteristics, requirements, and test methods for laminate floor coverings with a surface layer based on amino plastic thermosetting resins. BS EN 13329 specifies requirements for marking and packaging.”
Source: BS EN 13329:2016+A2:2021 | 31 Oct 2021 | BSI KnowledgeISO 10582 — heterogeneous poly(vinyl chloride) floor coverings
EN ISO 10582 specifies the characteristics of non-cushioned heterogeneous (multi-layer) PVC floor coverings in tile, plank or roll form, while EN ISO 10581 covers homogeneous PVC floor coverings in tile or roll form; both include a classification by intensity of use referring to ISO 10874 and requirements for marking.
“ISO 10582:2017 specifies the characteristics of non-cushioned, heterogeneous floor coverings, consisting of poly(vinyl chloride) (PVC), supplied in either tile or plank or roll form.”
Source: ISO 10582:2017 - Resilient floor coverings - Heterogeneous poly(vinyl chloride) floor covering - SpecificationsEN ISO 10874 — use classes
EN ISO 10874 sets out a classification of floor coverings by area and intensity of use; the classes are 21, 22 and 23 for domestic use, 31 to 34 for commercial use and 41 to 43 for industrial use.
| Class 21 | Domestic moderate/light |
|---|---|
| Class 22 | Domestic general/medium |
| Class 23 | Domestic heavy |
| Class 31 | Commercial moderate |
| Class 32 | Commercial general |
| Class 33 | Commercial heavy |
| Class 41 | Industrial moderate |
| Class 42 | Industrial general |
| Class 43 | Industrial heavy |
“In EN ISO 10874 a classification system for different use classes is described, with references to the relevant product standards.”
Source: How to use the Floor Covering Standard Symbols (FCSS) — EUFCA, symbols per EN 15398