Acoustic Solutions

Acoustic Floors

Resilient acoustic floors with 14–19 dB+ impact sound reduction. PVC & non‑PVC options, glue‑down/click systems. B2B supply & installation with specs & samples.

14–19 dB+
Impact sound (ΔLw)
2.5–5.0 mm
System thickness
10+ years
Commercial life
Acoustic Floors
ΔLw ≥ 19 dBBfl‑s1Low VOC
Acoustic Floors
Education·Offices·MFH

Why Acoustic Floors

Acoustic floors are resilient systems designed to lower impact noise (footfall, chair movement) and improve room comfort. They are widely specified for education, offices, healthcare admin, hospitality corridors and multi‑family housing where ΔLw targets are part of the brief or code.

Impact sound reduction

Resilient builds lower footfall and chair‑move noise by ≈14–19 dB ΔLw — critical in classrooms, corridors and MFH interiors.

Speech privacy

Lower reverberation in admin, meeting rooms and clinics — combine with acoustic ceilings for full‑room dB/RT targets.

Perceived comfort

Softer underfoot feel reduces fatigue in standing zones and improves user experience in occupied spaces.

Materials supply

We supply to B2B clients (distributors, contractors, developers, architects). We also offer professional installation, or use your own contractor per the system manual.

Acoustic System Types

Five system families — pick the right one per zone, per ΔLw target and per traffic load.

  • Heterogeneous Vinyl (Acoustic builds)

    Integrated foam/cork layers delivering up to ≈19 dB ΔLw in corridors, classrooms and offices.

  • LVT with Acoustic Underlays

    Glue‑down or click tiles/planks with approved underlays for targeted ΔLw performance.

  • Non‑PVC Acoustic (Rubber/Bio‑based)

    Dense wear with cushioned backing for traction + dB.

  • Linoleum with Acoustic Underlays

    Natural surface paired with resilient underlays for moderate ΔLw.

  • SPC/Rigid with Pad

    Rigid cores with pre‑attached pads for refurb speed (verify ΔLw and rolling‑load needs).

Technical & Compliance

Rule of thumb: always confirm ΔLw test method, substrate build‑up and adhesive/underlay specifics for your project.

  • Impact sound reduction (ΔLw)

    ≈14–19 dB+ (system‑dependent)

  • Formats

    Rolls (vinyl/lino/rubber), modular (LVT/SPC)

  • Wear layer (LVT)

    0.3–0.55 mm (commercial 33–34)

  • Total system thickness

    2.5–5.0 mm incl. underlay

  • Fire performance

    Bfl‑s1 typical (verify DoP)

  • Slip resistance

    R9–R10 (R11 variants)

  • Indoor air (VOC)

    Low VOC; EPD/LCA on request

  • Installation

    Glue‑down or floating/click

Acoustic Floors vs Standard Builds

Quick comparison — when acoustic targets are part of the brief, resilient acoustic builds materially outperform standard finishes.

Acoustic Resilient

  • ΔLw: 14–19 dB+ reduction.
  • Best for: classrooms, corridors, MFH, offices with acoustic targets.
  • Notes: confirm ΔLw test method and adhesive/underlay specifics.

Standard Resilient

  • ΔLw: ≤ 5 dB typical (no acoustic layer).
  • Best for: general commercial where acoustics are not a driver.
  • Notes: lower cost, broader colour range, simpler build‑up.

Carpet Tiles

  • ΔLw: moderate–good (fibre + backing dependent).
  • Best for: open‑plan offices, quiet zones.
  • Notes: different maintenance regime; combine with resilient zones.

Design & Detailing Notes

  • Subfloor & adhesives

    Smoother subfloors reduce drumming; use approved acoustic adhesives/underlays.

  • Perimeter & transitions

    Maintain movement gaps (click) and plan ramp trims to adjacent floors.

  • Chair zones

    Choose high‑density backings and glue‑down in castor‑heavy areas.

  • Layering

    Acoustic performance depends on full build‑up (substrate + underlay + finish).

  • Complementary treatments

    Pair floors with acoustic ceilings/walls and soft furnishings to improve overall dB/RT.

Sector‑Specific Guidance

Different sectors drive different ΔLw targets and traffic profiles. Here is how to specify the right acoustic build‑up by sector — so your project meets the brief the first time.

01

Education

Acoustic vinyl or LVT + underlay for classrooms and corridors; target higher ΔLw near libraries and music rooms. Specify Bfl‑s1 on egress routes.

02

Offices

LVT glue‑down + acoustic underlay for meeting spaces; carpet tiles in open plan; SPC with pad for fast refurbishments in occupied floors.

03

MFH (Apartments & Amenities)

Meet inter‑apartment targets using resilient layers; confirm structural test method (e.g., ISO vs local code). Coordinate with acoustic underlays in stairwells.

Installation Notes

Acoustic floors only deliver their rated ΔLw when the full build‑up is installed correctly. Here are the specs your contractor must control before any material is laid.

  • Substrate preparation

    Test RH/CM% on every zone, keep records, and apply levelling compound to manufacturer spec. Smooth subfloors reduce drumming and hollow spots.

  • Approved underlays

    Use only manufacturer‑approved underlays matched to the finish. Mismatched combinations void ΔLw ratings and warranty.

  • Adhesives & open time

    Respect the datasheet for temperature, RH and open time. Wrong tack window causes edge lift and degraded acoustic contact.

  • Rolling loads

    For heavy castor traffic (offices with chairs, hospital trolleys), prefer glue‑down builds. Click + pad is not rated for continuous rolling point loads.

Logistics & B2B Supply

Materials supply with optional [professional installation](/flooring-installation/). Or use your own contractor/installer.

Order sizes:

Rolls, modular cartons, approved underlays & adhesives.

Lead times:

Stock vs made‑to‑order thickness/colours.

Docs:

Datasheets, DoP/DoC, ΔLw reports, EPD/LCA on request.

Samples:

Planks/tiles, roll chips, underlay sets.

Support:

Spec text, acoustic build‑ups, maintenance guides.

FAQ

Here you'll find answers to the most common questions about acoustic floors. If you don't see what you need, contact our team for project‑specific guidance.

01

What ΔLw value should we target for school corridors?

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Many projects target ≈17–19 dB; confirm with local guidelines and your acoustic consultant.

02

Is click LVT with pad enough for offices?

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For general offices, yes; for heavy castor traffic, prefer glue‑down LVT with an approved acoustic underlay.

03

Does acoustic flooring affect floor height build‑up?

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Yes — allow for underlay thickness and plan thresholds accordingly.

04

Can acoustic vinyl be used with underfloor heating?

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Typically yes within limits — verify max temperature and acclimatization protocol.

05

Do you provide installation?

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We focus on materials supply, but we also offer professional flooring installation. Alternatively, use your own appointed contractor.

Ready to specify Acoustic Floors?

  • Request Specs & Commercial Offer (target ΔLw, format, thickness, area m², timeline).
  • Order Samples (finish + underlay set).
Ready to specify Acoustic Floors?

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