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Flooring for Health & Aged Care – Patient Rooms
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Flooring for Health & Aged Care – Patient Rooms

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Solutions & Applications · Health & Care for the Elderly

A healthcare floor is no different from a commercial floor in roll form — the difference lies in the joints. Exactly the same material, laid without heat-welding and without a hygienic bevel, ceases to be an infection control solution and becomes simply a hospital floor.

The joint is the problem

Every cut, every joint between sheets and every wall-floor junction is a point where cleanliness ends and dirt begins to accumulate. The specification for a hospital ward does not end with the choice of flooring; it ends when the floor has become a continuous, watertight surface that rises up the wall.

  1. Substrate preparation and inspection: flatness and moisture content are measured prior to ordering. Imperfections in the substrate are reflected on the surface and become points of deterioration.
  2. Full-surface bonding: the flooring is bonded across the entire surface. CERESIT UK 400 is a dispersion-based adhesive for absorbent substrates, compatible with homogeneous and heterogeneous vinyl, linoleum and textile flooring, and suitable for use over underfloor heating.
  3. Hot-welded joints: the sheet joints are milled and hot-welded using jointing strips. This is the step that transforms two sheets into a single waterproof membrane — available in the same or a contrasting colour.
  4. Sanitary cove: the floor rises up the wall and is finished with a PVC skirting board. This eliminates the 90° right angle where liquids and dirt tend to accumulate. Available in semi-flexible, self-adhesive or two-component versions — the latter being the hygienic choice.
  5. Waterproofing test: inspection of every joint and every pipe penetration prior to handover of the premises.
ARGYNET Note

The sanitary corner is not a finishing touch — it is the point where cleaning fails. A conventional skirting that simply rests on the floor leaves a horizontal joint at ground level, precisely where all the room’s moisture ends up. Coving is not added as a final touch; it is specified from the outset, as it determines the quantity of material and the method of installation.

At ARGYNET, we specify the entire system — flooring, bonding, finishes, ceiling — and calculate materials per m².

The four requirements of a room

RequirementWhat does this mean in the specification?
Optimal hygieneContinuous surface with heat-sealed joints and coving; resistance to disinfectants
Acoustic and visual comfortNoise reduction from beds, trolleys and footsteps; colours that do not cause fatigue in bedridden patients
Easy to cleanA surface requiring no waxing or repeated coatings
Indoor air qualityLow emissions from flooring, adhesive and ceiling — cumulatively, not individually

The last line is also the one most frequently overlooked. In spaces with strict emissions requirements, the classification of the adhesive is assessed alongside that of the flooring: the system is assessed as a whole, not on a material-by-material basis.

Acoustics: here, the recipient is the patient

In a hospital ward, the critical noise is not conversation but the sound of wheels: beds, trolleys, and staff footsteps at night. This is impact noise, and it is addressed at floor level.

CollectionTypeAudio version
RUBY 70Heterogeneous · wear layer 0.70 mm (Class 34)Available as a separate report
iQ OPTIMAHomogeneous · 55 colours · restoration using dry sandingAvailable in all colours
VENETO xf² 2.5 mmSolid linseed oilNo — acoustic version with a cork underlay
ACCZENT EXCELLENCE GENIUS 70Heterogeneous loose-lay, adhesive-freeNo
ACCZENT EXCELLENCE COMPACT+Compact heterogeneousNo
LINO LOOSE-LAYLinoleum on a roll, PVC-freeNo

The value in dB is confirmed in each instance by reference to the technical brochure. Note the method: loose-lay solutions are installed without adhesive and are excellent for refurbishment whilst the premises are in use — but in areas requiring complete watertightness, the choice of method must be checked first, as it determines what is feasible at the joints.

iQ OPTIMA has a unique feature that is particularly valuable in a hospital environment: its surface can be restored by dry sanding rather than applying maintenance coatings. Fewer chemicals on site and predictable life-cycle costs — in a building that never closes for maintenance, this is a functional consideration, not a sales pitch.

The roof: two different problems, two slabs

In healthcare settings, suspended ceilings are not selected solely on the basis of sound absorption. The two critical parameters are resistance to disinfectants and resistance to moisture — and these lead to different types of panels.

ParameterMEDIGUARD Plain 15 mmAMF THERMATEX Aquatec 19 mm
Main fieldInfection control · wards, laboratoriesHigh humidity · bathrooms, changing rooms, clean rooms
Sanitary facilitiesAntimicrobial surface; Zone 4 according to NF S 90-351:2013ISO 3 Clean Room
Moisture resistanceWater-repellentUp to 100 per cent RH without deformation
AcousticsSound insulation 35 dBClass A sound absorption — αw 0.90 / NRC 0.90
CleaningDry, damp or wet cloth; resistant to disinfectants and scratchesSmooth coated surface; remains whiter thanks to unfiltered air permeability
Light reflection88%88%
Reaction to fireA2-s1,d0Biodegradable mineral wool
EnvironmentalBiodegradable mineral wool · Eurofins Indoor Air Comfort® GOLDIndoor Air Comfort® GOLD · EPD · Cradle to Cradle Bronze · Blue Angel

Practical applications: MEDIGUARD in the shower cubicle and in areas where hygiene and sound attenuation between rooms are required; AQUATEC in the ward’s bathroom and in any area where damp would cause standard tiles to warp. Both products can be used together in the same room, creating a uniform appearance due to 88 per cent common light reflection.

Design series

  1. Risk zone: the classification of the space determines whether an antimicrobial ceiling is required and, if so, which category.
  2. Flooring installation method: fully bonded for waterproofing, or loose-lay where the priority is speed of refurbishment.
  3. Acoustic requirement: acoustic version of the collection where the room is situated above another use or adjoins rest areas.
  4. Perimeter detail: coving height and cap type, in accordance with the unit’s cleaning protocol.
  5. System emissions assessment: the floor, adhesive and roof are assessed cumulatively.
  6. Maintenance protocol: confirmation of compatibility with the disinfectants already in use at the facility.

Flooring Collections for Hospital Rooms

Installation & Hygienic Finishes

Suspended ceilings for healthcare facilities

Will the flooring be heat-welded and raised up the wall — or simply glued?

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