How to Price LVT Installation: Glue-Down, Click-Fit, Substrate Prep and Margin Guide
Quick Answer: Luxury Vinyl Tile (LVT) supply-and-fit prices £45–£85/m² for mid-range click-fit (5mm rigid core SPC) installations and £65–£110/m² for premium glue-down (2.5–3mm with adhesive) in 2026. Substrate preparation — almost always self-levelling compound at £14–£24/m² — is the variable that determines whether the install is straightforward or runs over budget. The 2025 surge in SPC (Stone Plastic Composite) rigid-core LVT has displaced LVT-on-felt-backing as the dominant residential product because SPC tolerates slightly less perfect substrate prep.
Summary
LVT (Luxury Vinyl Tile, also called LVF or LVP for plank format) has been the fastest-growing residential floor finish in the UK since 2018. By 2026 it accounts for around 28% of new residential floor installations across all categories, up from 8% a decade ago. Drivers: realistic wood and stone aesthetics, water-resistance (unlike laminate), UFH-compatibility (unlike most solid wood), and durability (15–25 year warranties standard).
The market splits sharply between three product types. Glue-down LVT (2–3mm thick, dry-back tiles bonded with adhesive to substrate) is the original and still the premium choice — best feel underfoot, slimmest profile, best UFH performance. Click-fit LVT (4–6mm rigid SPC core with click-lock edges, floats over underlay) is the volume product — faster to install, more forgiving of substrate imperfection, easily lifted for repairs. Loose-lay LVT (4–5mm thick, friction-fit, no adhesive or click-lock) is the third option — used in commercial and quick-turnaround retail fit-outs.
The substrate is the single most important pricing input. LVT's aesthetic appeal depends on a perfectly smooth, level base — even a 2mm bump under glue-down LVT creates a visible "telegraph" through the surface, and a click-fit LVT over an uneven floor will eventually fatigue at the click joints. For 95% of UK residential installations, this means a self-levelling compound at £14–£24/m² is necessary, and budgeting £400–£800 of substrate prep per 30m² of finished floor is realistic.
Key Facts
- LVT material — basic glue-down (2mm) — £18–£28/m² supplied
- LVT material — mid-range glue-down (2.5mm) — £25–£42/m² supplied
- LVT material — premium glue-down (3mm) — £40–£75/m² supplied
- LVT material — basic click-fit SPC (5mm) — £18–£30/m² supplied
- LVT material — mid-range click-fit (5–6mm) — £25–£45/m² supplied
- LVT material — premium click-fit (6–8mm) — £35–£75/m² supplied
- LVT material — herringbone or chevron pattern — £35–£85/m² supplied (premium)
- Adhesive (acrylic LVT adhesive) — £8–£14/m² supplied
- Underlay for click-fit (acoustic) — £5–£10/m² supplied
- Self-levelling compound — £14–£24/m² applied (for 3–8mm thickness)
- DPM (over screed) — £2–£5/m² supplied
- Threshold trims and beading — £4–£12/m linear
- Glue-down install labour — £20–£35/m²
- Click-fit install labour — £15–£28/m²
- Substrate prep (level + DPM) — £15–£28/m² added to base install
- Pattern install loading (herringbone) — +£10–£18/m²
- Door undercut (per door) — £25–£45 (for thicker click-fit)
- Existing floor strip-out — £8–£18/m²
- BS 8203:2017 — Code of practice for installation of resilient floor coverings
- BS EN 649:2011 — Resilient floor coverings — Homogeneous and heterogeneous polyvinyl chloride floor coverings
- BS EN ISO 10874:2012 — Resilient, textile and laminate floor coverings — Classification
Quick Reference Table
Spending too long on quotes? squote turns a 2-minute voice recording into a professional quote.
Try squote free →| Job type | Area | Programme | Total fee 2026 |
|---|---|---|---|
| Bathroom LVT (small, 6m²) | 6m² | 1 day | £350–£700 |
| Bathroom + WC | 9m² | 1.5 days | £500–£900 |
| Kitchen LVT (12m²) | 12m² | 1–1.5 days | £620–£1,200 |
| Kitchen-diner extension floor (28m²) | 28m² | 2 days | £1,300–£2,600 |
| Hallway LVT | 6–10m² | 1 day | £380–£800 |
| Lounge/dining LVT (25m²) | 25m² | 2 days | £1,200–£2,300 |
| Whole ground floor (60m²) | 60m² | 3–4 days | £2,800–£5,500 |
| Whole ground floor large (90m²) | 90m² | 4–6 days | £4,200–£8,200 |
| Bedroom LVT (15m²) | 15m² | 1 day | £700–£1,400 |
| LVT herringbone/chevron pattern (25m²) | 25m² | 3–4 days | £1,800–£3,500 |
| Self-levelling compound (where needed) | per m² | per day | £14–£24/m² |
| Existing floor strip out (carpet/laminate) | per m² | per day | £8–£18/m² |
| Existing tile strip out (more difficult) | per m² | per day | £18–£35/m² |
| Threshold strips and beading | per linear m | included | £4–£12/m |
Detailed Guidance
Glue-down vs click-fit — choosing the right product
Glue-down LVT (2–3mm dry-back tiles bonded to substrate):
- Slimmer profile (2–3mm vs 5–6mm click-fit) — better at door thresholds, less rebate needed
- Best feel underfoot — feels solid, not "floating"
- Optimal for UFH — direct thermal contact, fastest heat transfer
- Lift-and-replace for repairs is more involved (adhesive removal)
- Substrate prep is more critical (any bump telegraphs)
- Premium aesthetic — used in high-end residential and most commercial
Click-fit LVT (4–6mm rigid SPC core with click-lock):
- Faster install (no adhesive cure time)
- Easier lift-and-replace for repairs
- Better substrate forgiveness — small variations absorbed by underlay
- Slightly hollow feel underfoot (improving with newer products)
- Good UFH performance with thin underlay (4–6mm acoustic + 5–6mm LVT)
- More common in residential retrofit due to install speed
Loose-lay LVT (4–5mm friction-fit):
- No adhesive, no click — sits in place by weight and friction
- Fastest install of all (rolls out like a single floor surface)
- Used commercially for retail and office where rapid replacement is valued
- Less common in residential — perceived as less premium
For most modern UK residential installations with UFH or planning UFH future-proofing, glue-down 2.5–3mm is the technical recommendation. For retrofit over existing slightly imperfect substrate where speed matters, click-fit SPC.
Substrate preparation — the make-or-break step
LVT's smooth surface telegraphs every imperfection in the substrate. The required substrate quality:
- Surface regularity SR1 (±3mm under 2m straightedge) for glue-down
- Surface regularity SR2 (±5mm under 2m straightedge) for click-fit (acceptable for SPC with thicker underlay)
- Maximum point variation 1mm under glue-down (anything bigger creates telegraph)
- Substrate moisture content within tolerance (see table below)
- Substrate dust-free, primer-applied as adhesive specification requires
For 95% of UK installations, this means self-levelling compound (£14–£24/m² at 3–8mm thickness) before LVT install. This is non-optional — skipping it leads to defective installation that the manufacturer's warranty won't cover.
Substrate moisture limits per BS 8203 hood test:
| Substrate | Maximum RH (hood test) | Maximum % MC |
|---|---|---|
| Sand-cement screed | ≤75% | ≤4% |
| Anhydrite screed | ≤75% | ≤0.5% |
| Concrete slab | ≤75% | ≤4% |
| Plywood subfloor | n/a | ≤14% |
For new construction with screed, the screed must be fully dry before LVT install — typically 28+ days for sand-cement, 25+ days for anhydrite. Force-drying with dehumidifiers is acceptable but adds time and cost.
Substrate types — what's underneath
Concrete slab (ground floor):
- Surface preparation: shot-blast or grind to expose aggregate
- DPM essential under all LVT installations on ground floors
- Self-leveller almost always required
Sand-cement screed:
- Surface preparation: vacuum, prime with manufacturer-specified primer
- Self-leveller required if SR not achieved
- Compatible with all LVT systems
Anhydrite (calcium sulphate) screed:
- Surface preparation: sand the laitance off (mandatory), prime with anhydrite-compatible primer
- Use anhydrite-compatible adhesive only
- Most LVT manufacturers approve anhydrite-rated adhesive systems
Plywood subfloor (suspended timber floor):
- Surface preparation: 6mm WBP plywood overlay screwed to existing boards (joist-to-joist screws, 100mm centres)
- Self-leveller over plywood for SR1 finish
- DPM not typically required (no rising moisture)
- Acoustic underlay considerations for upstairs rooms
Existing tile or LVT (overlay):
- Acceptable for click-fit SPC over level existing surface with primer
- Not recommended for glue-down (adhesion compromise)
- Not recommended for textured/grouted tile (telegraphs through)
Adhesive selection for glue-down
Adhesive type matters enormously:
- Acrylic emulsion (water-based) — standard residential, low odour, environmentally favoured. Most popular.
- Polyurethane — chemical resistance, used in commercial wet areas
- Pressure-sensitive — low-bond, allows easy lift for replacement, used in commercial fit-outs
- Heat-weld — for sheet vinyl seams (not LVT)
Coverage: typically 5–8m²/litre depending on substrate porosity. Open-time and working-time vary by adhesive — installer must follow manufacturer's specification.
Common error: using carpet/laminate adhesive for LVT. The bond strength and chemical compatibility are wrong. Always use LVT-rated adhesive from a recognised manufacturer (Bostik, Mapei, F.Ball).
UFH compatibility — the modern requirement
For wet UFH:
- Glue-down LVT (2–3mm) — preferred, best thermal performance
- Click-fit LVT (5–6mm) over UFH-rated underlay (3mm acoustic) — acceptable, slightly slower heat-up
- Maximum surface temperature: 27°C (BS EN 1264-2)
- Maximum flow temperature: 45°C
- Slow ramp-up: increase 2–3°C per day during commissioning
- Manufacturer certification: verify the LVT product is UFH-rated for both wet and electric systems
Most major LVT brands (Karndean, Amtico, Quick-Step Livyn, Moduleo) have UFH-rated product ranges. Cheap off-brand LVT may not be UFH-rated and will fail (delamination, edge curl) at UFH operating temperatures.
Pattern installations — herringbone, chevron, brick bond
LVT is now widely available in herringbone and chevron formats — narrow planks (75–125mm wide) cut to interlock at 90° (herringbone) or 45° (chevron). The visual impact is striking but the install is significantly more complex:
- Setting out — central spine line essential, perfect 90° or 45° angles
- Substrate quality — even more critical than straight-lay (any variation telegraphs through pattern)
- Wastage — 15–20% (vs 5–8% for straight lay)
- Time — 50–80% slower than straight-lay
- Skill — requires experienced installer, not a generalist
Pricing premium: +£10–£18/m² over straight-lay LVT for installation, plus higher material wastage. A 25m² herringbone install in mid-range LVT is £1,800–£3,500 typical.
Click-fit edge integrity
Click-fit LVT relies on the rigid SPC core and machined locking edge for joint integrity. Failure modes:
- Edge fatigue at high-traffic joints — overload of single click joint by repeated heel impact
- Substrate movement — creep of the floating floor above an unstable substrate
- Clearance gap missing — no expansion gap leads to bowing under thermal stress
- Underlay too soft — excessive deflection at click joints accelerates wear
For 5–6mm SPC click-fit, a 6–10mm perimeter expansion gap is essential, hidden by skirting or quadrant beading. For long runs (>10m of continuous floor), a 6mm internal expansion joint with cover trim is needed at 8–10m intervals.
Pricing structure — labour and material breakdown
For a typical click-fit LVT install (28m² kitchen-diner, mid-range SPC at £30/m²):
- LVT material: 28m² × £30 + 8% wastage = £907
- Underlay (acoustic foam, UFH-rated): 28m² × £8 = £224
- Adhesive (none — click-fit)
- Substrate prep (self-leveller, 5mm avg): 28m² × £18 = £504
- Beading and threshold trims: £80–£140
- Existing floor strip out: 28m² × £12 = £336
- Labour (1.5 days install): £450–£650
- Profit and overhead: £400–£600
- Sell price: £2,900–£3,400
For a glue-down LVT install (15m² bathroom and hall, mid-range glue-down at £35/m²):
- LVT material: 15m² × £35 + 8% wastage = £567
- Adhesive: 15m² × £12 = £180
- DPM and primer: £45–£80
- Substrate prep (self-leveller, 4mm avg): 15m² × £20 = £300
- Threshold trims: £40–£80
- Existing floor strip out (assume tile): 15m² × £25 = £375
- Labour (1 day install): £280–£420
- Profit and overhead: £240–£360
- Sell price: £2,000–£2,400
Existing floor strip out
Strip-out adds significant cost to most LVT retrofits:
- Carpet and underlay strip out: £8–£14/m², easy
- Laminate floor strip out: £6–£12/m², lift and stack
- Vinyl sheet strip out: £10–£18/m², adhesive scraping
- Ceramic tile strip out (cement bedded): £18–£35/m², slow and dusty
- Engineered wood floor lift: £8–£18/m² (depends on glue or floating)
Always inspect existing floor before quoting and identify substrate type and likely strip-out method. A "lift carpet" job that turns out to be glued-down vinyl sheet doubles the strip-out cost.
Frequently Asked Questions
How much does LVT cost per square metre fitted in 2026?
For mid-range click-fit SPC supply-and-fit: £45–£85/m². For glue-down premium LVT: £65–£110/m². Substrate prep (almost always required) adds £14–£24/m² for self-levelling compound. Existing floor strip out adds another £8–£35/m² depending on what's coming up. A typical 28m² kitchen-diner install with all preparation is £1,800–£3,200 typical.
Glue-down or click-fit LVT — which is better?
Glue-down for premium aesthetics, UFH performance, and long-life commercial-grade installations. Click-fit SPC for fast install, easier repair, and substrate forgiveness. For most modern UK residential with UFH: glue-down 2.5–3mm. For retrofit over imperfect existing floors where install speed matters: click-fit 5–6mm SPC. Both have 15–25 year warranties from major brands.
Can I lay LVT myself?
Click-fit SPC is the most DIY-friendly LVT format — substrate prep is more forgiving and the install method is intuitive (similar to laminate). Glue-down LVT is much harder DIY because substrate prep is critical (SR1 finish required) and adhesive open-time/working-time errors create permanent defects. For a determined DIYer doing a single small room with click-fit: feasible. For glue-down or large areas: hire a professional.
Is LVT good for bathrooms?
Yes — LVT is one of the best bathroom floor finishes. It's water-resistant (not waterproof — joints can take some water but not standing water), warm underfoot (unlike tile), slip-resistant in textured options, and easy to keep clean. Bathroom-rated LVT is sealed at perimeter and around fixtures with silicon to prevent water migration to substrate. Manufacturer warranties for bathroom installs are increasingly standard with major brands.
How long does LVT last?
15–25 years with normal residential wear. Warranties typically 15–25 years on the LVT itself plus 5–10 years on the install workmanship. Real-world wear depends on traffic (kitchens and hallways wear faster than bedrooms), pet use (some pet claws can scratch surface), and substrate stability. With a quality click-fit SPC product on properly-prepared substrate, 20+ years of service is realistic.
Regulations & Standards
BS 8203:2017 — Code of practice for installation of resilient floor coverings
BS EN 649:2011 — Resilient floor coverings: Homogeneous and heterogeneous polyvinyl chloride floor coverings
BS EN 651:2011 — Resilient floor coverings: Polyvinyl chloride floor coverings with foam layer
BS EN ISO 10874:2012 — Resilient, textile and laminate floor coverings: Classification by use class
BS EN 1264-2:2008+A1:2012 — Water-based surface embedded heating and cooling systems
BS EN 13501-1:2018 — Fire classification of construction products and building elements
The Construction Products Regulations 2013 — CE marking for LVT products
Building Regulations Approved Document M — slip resistance for floor finishes (R10 minimum in wet areas)
Contract Flooring Association — UK trade body
BSI — BS 8203 — primary installation standard
Karndean Designflooring — manufacturer technical guidance
Amtico International — manufacturer technical guidance
F.Ball — Adhesive technical — adhesive selection and substrate guidance
wood floor as alternative premium finish to LVT — for product comparison
carpet as alternative warm finish for bedrooms — for product comparison
tile as alternative durable finish for kitchens and bathrooms — for product comparison
screed substrate preparation for LVT install — for substrate prep
LVT install technical detail including click and glue methods — for install specifics