LVT vs Laminate Flooring: Cost, Durability and When to Recommend Each

Summary

LVT and laminate are both floating or adhered floor coverings that sit over a prepared subfloor, and both are frequently marketed as "wood-look" flooring, which is exactly why customers confuse them and ask for one when the other is the right specification. The fundamental difference is construction: LVT is a multi-layer vinyl product — a printed decorative film sandwiched between a dense core and a clear wear layer, entirely synthetic and inherently waterproof; laminate has a high-density fibreboard (HDF) core, which is wood-based and will absorb and swell with sustained moisture regardless of the sealed decorative surface on top.

That single distinction drives most of the practical specification decisions: room by room suitability, subfloor preparation, underfloor heating response, and long-term durability in wet-adjacent areas. It doesn't mean laminate is a poor product — it remains cheaper, has a longer track record in UK homes, and many customers prefer its slightly warmer underfoot sound and feel — but it needs the right room.

Beyond moisture, the two also diverge on repairability, wear rating systems, and installation method options. LVT comes in glue-down, click (floating) and loose-lay formats, giving more flexibility for commercial-grade durability or easy future replacement; laminate is floating click-fit only. Getting the spec right up front — and being honest with the customer about where each product will and won't perform — avoids the callback six months later when a laminate floor has swollen at a doorway threshold to an unsealed wet room.

Key Facts

• LVT construction — multi-layer vinyl: backing, rigid or flexible core, printed decorative film, clear PVC wear layer; total thickness typically 2-8mm; fully waterproof
• Laminate construction — high-density fibreboard (HDF) core with a printed decor paper and a resin-impregnated wear-resistant overlay; a floating click-fit floor; the core is wood-based and not waterproof
• Wear rating (AC class) — laminate durability is rated AC1 (light domestic) to AC5 (heavy commercial) under BS EN 13329; AC3 is the common minimum for general domestic use, AC4 for higher-traffic domestic/light commercial
• LVT wear layer — durability is generally expressed as wear layer thickness (e.g. 0.2mm for light domestic use up to 0.7mm+ for heavy commercial), with classification also referenced against BS EN ISO 10874 use-class ratings
• Waterproofing — LVT: fully waterproof, suitable for kitchens, bathrooms, utility rooms and wet-adjacent hallways; laminate: water-resistant surface coating at best, will swell at joints if moisture sits for more than a short period — not recommended for bathrooms or utility rooms with washing machine/dishwasher leak risk
• Subfloor moisture tolerance — LVT is generally tolerant of higher subfloor moisture (up to around 75% RH per BS 8203) with standard adhesive systems; laminate manufacturers typically also require subfloor moisture below 75% RH, or a damp-proof membrane (DPM) underlay on concrete floors before laying
• Subfloor flatness — glue-down LVT typically needs a tolerance of ≤2mm deviation over a 2m straightedge (SR2 classification per BS 8204-7); laminate is more forgiving of minor subfloor undulation because the floating floor "bridges" small variations, but excessive unevenness will still cause locking joint stress and clicking noises underfoot
• Underfloor heating — both can be used over wet or electric UFH, but check manufacturer maximum surface temperature (commonly capped around 27°C for both product types); LVT's thinner, denser construction generally responds faster to UFH than laminate's HDF core, which acts more as an insulating layer and slows heat-up time
• Expansion gaps — laminate (floating floor) needs an 8-12mm perimeter expansion gap to accommodate humidity-driven movement across the whole floor; glue-down LVT needs a smaller 5-8mm gap since it's bonded and doesn't move as a single sheet; click/loose-lay LVT needs a gap similar in principle to laminate
• Installation methods — LVT: glue-down (most stable, best for heavy/commercial traffic and wet areas), click (floating, faster to lay), loose-lay (friction-fit with weighted backing, easiest to lift and replace); laminate: floating click-fit only
• Acoustic performance — neither product provides meaningful impact sound insulation on its own; flats and upper floors typically need a compliant acoustic underlay to meet Building Regulations Part E requirements when combined with the base floor construction
• Repairability — individual LVT planks/tiles (especially loose-lay or click) can usually be lifted and replaced without disturbing the whole floor; damaged glue-down LVT is harder but still more feasible than laminate, where the interlocking mechanism generally requires disassembly back to the damaged plank
• Lifespan — LVT: roughly 10-20+ years depending on wear layer thickness and traffic; laminate: roughly 10-15 years in typical domestic use before visible wear on high-traffic routes
• Underfoot sound and feel — laminate tends to sound harder and more "hollow" underfoot unless paired with acoustic underlay; LVT, particularly with an attached foam or cork backing layer, generally feels and sounds warmer and quieter
• Cost (materials only, indicative) — laminate roughly £8-25/m²; LVT roughly £15-45+/m² depending on wear layer thickness, core type (standard flexible vs rigid SPC/WPC core) and brand tier

Quick Reference Table

Detailed Guidance

Waterproofing and Wet Room Suitability

This is the deciding factor for room-by-room specification. LVT's fully synthetic, waterproof construction makes it the correct choice for kitchens, bathrooms, utility rooms and any hallway or entrance prone to standing water or heavy cleaning. Laminate's HDF core is wood-based and, despite a sealed decorative surface, will swell irreversibly if water sits at a joint for any length of time — a common failure point is under a washing machine, dishwasher, or at a poorly sealed bathroom threshold. If a customer specifically wants laminate in a wet-risk room, be explicit about this limitation before they commit.

Underfloor Heating Compatibility

Both products can be used over underfloor heating, but always check the specific manufacturer's maximum surface temperature — commonly around 27°C for both LVT and laminate, though this varies by product. LVT's thinner, denser build generally transfers and responds to heat faster than laminate's HDF core, which behaves more like an insulating layer and slows both heat-up and cool-down. On a UFH job where response time matters to the customer, flag this difference.

Subfloor Preparation Requirements

Glue-down LVT is the least forgiving of subfloor irregularity — typically requiring a flatness tolerance of around ≤2mm over a 2m straightedge (SR2 per BS 8204-7), meaning most concrete subfloors need a self-smoothing levelling compound before laying. Floating laminate (and click/loose-lay LVT) bridges minor undulations better, but excessive unevenness still causes locking-joint stress, clicking noises and premature wear at high points. Moisture testing — typically a 72-hour in-situ hygrometer test per BS 8203 — should be carried out on any concrete subfloor before either product is laid, with a DPM specified where readings exceed the tolerance.

Durability, Wear Ratings and Traffic Suitability

Laminate durability is rated using the AC (Abrasion Class) system under BS EN 13329, running from AC1 (light domestic) to AC5 (heavy commercial); AC3 is the practical minimum for a general domestic living space, with AC4 recommended for hallways, kitchens (where laminate is used at all) and busier households. LVT durability is more commonly expressed through wear layer thickness in mm, with thicker wear layers (0.5mm+) suited to heavier domestic or light commercial traffic. When quoting, match the product's rated use class or wear layer to the room's actual traffic, not just the customer's budget — an AC3 laminate in a busy family hallway will show wear well before its expected life if specified for a quieter room instead.

Acoustic Performance and Flats/Apartments

Neither LVT nor laminate provides significant impact sound insulation in isolation. Where the job is a flat or any floor above another dwelling, an acoustic underlay is generally required to meet Building Regulations Part E — check the underlay's tested performance in combination with the specific floor construction (a ΔLw impact sound reduction figure), not just the underlay in isolation, since compliance depends on the whole floor build-up, not the flooring product alone.

Cost and When to Recommend Each to a Customer

As a rule of thumb: recommend LVT for kitchens, bathrooms, utility rooms, hallways, and any household with pets, young children or heavy footfall, and be upfront that it costs more per m² than laminate. Recommend laminate for bedrooms, living rooms, and budget-conscious whole-house specifications where moisture isn't a realistic risk. Where a customer wants a single flooring type throughout a home that includes wet rooms, LVT is generally the safer whole-house recommendation despite the higher material cost, since it avoids a callback for swollen joints in the one room laminate can't handle.

Frequently Asked Questions

Can you lay LVT directly over old vinyl or tiles?

Often yes, provided the existing surface is sound, flat, well-bonded and free of loose material — this is a common way to avoid a full strip-out. However, always check the existing floor for damage, movement or delamination first, and confirm asbestos risk on any pre-2000 vinyl or adhesive before disturbing it. Manufacturer guidance and adhesive compatibility should be checked before overlaying.

Does laminate flooring work with underfloor heating?

Generally yes, but check the specific manufacturer's maximum surface temperature rating (commonly capped around 27°C) and confirm the product is explicitly rated as UFH-compatible — not all laminate ranges are. Response time will be slower than LVT due to the insulating effect of the HDF core.

Which is more scratch-resistant — LVT or laminate?

It depends on the specific product's wear layer/AC rating rather than the category as a whole, but generally a higher-spec LVT with a thick wear layer and a higher-AC laminate perform similarly well against everyday scuffing. Laminate's resin overlay is genuinely hard-wearing against surface scratches; LVT's wear layer resists scratching but can show dents from heavy point loads (furniture legs) more readily than laminate.

Can LVT go in a bathroom?

Yes — LVT is fully waterproof and a common, sensible choice for bathrooms, provided it's installed correctly with appropriate edge sealing at fixtures and thresholds. Laminate is not recommended for bathrooms due to its moisture-sensitive HDF core.

How long does each type last before replacement?

LVT typically lasts 10-20+ years depending on wear layer thickness and traffic; laminate typically 10-15 years in normal domestic use. Both figures assume correct subfloor preparation and installation — poor prep shortens the working life of either product significantly.

Regulations & Standards

• BS EN 13329 — Laminate floor coverings: specifications, requirements and test methods, including the AC (Abrasion Class) durability rating system

• BS EN ISO 10874 — Resilient, textile and laminate floor coverings — classification, used to rate LVT and laminate products for domestic and commercial use suitability

• BS 8203 — Code of practice for installation of resilient floor coverings, covering subfloor moisture testing and preparation for LVT and vinyl products

• BS 8204-7 — Screeds, bases and in-situ floorings — Part 7: Pumpable self-smoothing screeds, including SR1/SR2 flatness tolerance classifications relevant to subfloor preparation

• Building Regulations Approved Document E — Resistance to sound; relevant when specifying acoustic underlay for flats and floors above habitable rooms

• Building Regulations Approved Document L — Conservation of fuel and power; relevant where the flooring build-up interacts with underfloor heating specification

• British Standards Institution (BSI) — BS EN 13329, BS 8203, BS 8204-7 standards

• gov.uk — Building Regulations Approved Documents — Approved Document E and L

• Contract Flooring Association (CFA) — trade body technical guidance on LVT and laminate specification and wear classifications

• lvt luxury vinyl tile installation — Full LVT installation guidance: glue-down vs click technique, expansion gaps, trowel sizes, acclimatisation

• flooring types — Broader comparison of engineered wood, laminate, LVT and solid hardwood flooring options

• subfloor preparation guide — Subfloor moisture testing, DPM systems and levelling compound specification ahead of any resilient floor covering

• vinyl flooring pricing guide — Pricing breakdown for sheet vinyl and LVT installation including subfloor prep costs