Healthcare Flooring Standards Explained: What Architects Need to Consider Before Specifying Flooring

Healthcare flooring standards, made clearer for specification

Healthcare flooring has to work hard. It needs to cope with regular cleaning, heavy footfall, wheeled equipment, spillages and the day-to-day pressures of a clinical environment, while still supporting a calm and considered interior.

That does not mean every healthcare setting needs the same floor. A busy corridor, a patient bedroom, a consultation room and an operating theatre all place different demands on the specification. Impervia’s healthcare flooring solutions may be suitable for a range of non-specialist clinical, staff, patient and public-facing spaces, but the final choice should always be based on how each area will actually be used.

For architects, interior designers and contractors, the aim is to arrive at a specification that is practical, defensible and straightforward to deliver. That means looking beyond appearance and asking whether the floor can meet the hygiene, safety, installation and maintenance requirements of the project.

Contents

• 1. Which healthcare flooring standards and guidance should architects review?
• 2. What performance requirements should be included in the flooring specification?
• 3. How do flooring requirements change between healthcare areas?
• 4. What technical evidence should architects request before approval?
• 5. Frequently asked questions about healthcare flooring standards
• How can architects reduce healthcare flooring specification risk?

1. Which healthcare flooring standards and guidance should architects review?

The first step is to understand the space itself. How will it be used? Who will move through it? How often will it be cleaned? Is it likely to become wet? Will beds, trolleys or medical equipment pass over it?

Once those questions are clear, the relevant standards and guidance become much easier to apply.

A key reference is NHS Health Building Note 00-10 Part A: Flooring. Often referred to as HBN 00-10, it sets out the main performance considerations for flooring in healthcare buildings.

These include:

• The intended use of the space
• Likely contamination
• Cleaning and maintenance
• Pedestrian and wheeled traffic
• Slip and trip risks
• Acoustic performance
• Appearance
• Expected replacement life

In practical terms, HBN 00-10 encourages project teams to specify around real operating conditions rather than broad product claims. A floor may be suitable for a waiting area but not for a wet clinical space. Equally, a product that performs well under pedestrian traffic may not cope with repeated movement from beds and heavy equipment.

Health Building Note 00-09: Infection Control in the Built Environment is also relevant because it focuses on infection prevention within the built environment. Its main message is that surfaces and junctions need to be easy to access, clean and maintain. Good infection-control design should be built into the scheme, rather than left for facilities teams to solve later.

The NHS National Standards of Healthcare Cleanliness 2025 can help project teams understand how different spaces are likely to be cleaned and assessed in use.

Health and Safety Executive guidance on flooring and slip risks should also be considered, particularly where wet surfaces, contamination and changes between floor finishes are concerned.

These documents provide the framework, but local input still matters. Estates teams, infection prevention specialists, facilities managers and contractors may all have practical requirements that influence the final choice. Bringing those voices into the conversation early usually leads to a more robust specification.

2. What performance requirements should be included in the flooring specification?

A good healthcare flooring specification explains what the floor needs to do. It should not rely on general wording such as “commercial grade”, “easy to clean” or “slip-resistant” without supporting evidence.

The main areas to cover are hygiene, slip resistance, durability, moisture, acoustics and indoor air quality.

Hygiene and cleanability

Healthcare floors are cleaned frequently, often using stronger products than those used in general commercial interiors. The flooring therefore needs to withstand the agreed detergents, disinfectants and cleaning equipment without losing its finish or degrading around joints and edges.

The surface is only part of the picture. Junctions, thresholds, perimeters and transitions also need to be considered.

In some clinical settings, a coved skirting may be required. This is where the floor curves up the wall to create a smoother, easier-to-clean junction. Whether that detail is possible will depend on the flooring system, so it needs to be resolved during specification rather than on site.

Manufacturers should be able to confirm:

• Which cleaning products are suitable
• Whether disinfectants will affect the finish
• How often the floor can be cleaned
• How damaged areas can be repaired
• Whether joints and edges need special treatment

A product that is straightforward to clean in theory may still be difficult to manage if the installation detail creates dirt traps or weak points.

Slip resistance

Slip resistance needs to reflect the conditions the floor will face in use.

A dry corridor presents a different risk from a bathroom, entrance or space exposed to regular spillages. This is why descriptions such as “non-slip” are not enough. The project team should ask for test data for the exact product and finish being specified.

One common measure is the Pendulum Test Value, or PTV. This gives a numerical indication of the slip potential of a surface.

When reviewing test results, check:

• Whether the floor was tested wet and dry
• What contaminant was used
• Whether the result applies to the exact finish
• Whether testing was completed independently
• Whether the result is appropriate for the area

The context matters as much as the number. A finish that is acceptable in a staff office may not be suitable for a wet changing area or frequently cleaned entrance. The HSE also provides specific guidance on preventing slips in healthcare environments.

Durability and wheeled traffic

Healthcare environments place unusual loads on flooring. It is not only people moving through the building. Beds, wheelchairs, trolleys, cleaning machines and mobile equipment can all create concentrated pressure on the surface and joints.

This is especially relevant in corridors, lift lobbies and circulation routes.

The specification should consider:

• Heavy pedestrian traffic
• Rolling loads
• Indentation
• Surface wear
• Dimensional stability
• Resistance to stains and chemicals
• How damaged sections can be repaired or replaced

A floor that looks appropriate at handover still needs to perform after years of daily use.

Moisture resistance

A waterproof product does not automatically create a waterproof installation.

Moisture can still pass through joints, thresholds, perimeters and poorly detailed junctions. Bathrooms, wet areas and spaces exposed to regular spillages therefore need to be considered as complete systems.

The project team should review:

• Joint construction
• Perimeter detailing
• Thresholds
• Drainage
• Junctions with sanitary fittings
• Protection of the subfloor

The surface may cope perfectly well with water while the surrounding build-up does not. That distinction is important during both design and installation.

Acoustic performance and indoor air quality

Noise can have a real impact on patient comfort. Footfall, trolley movement and activity in adjoining corridors may all be noticeable in bedrooms, consulting rooms and care environments.

Where acoustic performance matters, the specification should be based on test data for the complete floor construction. An integrated backing may help reduce impact sound, but its performance should be verified rather than assumed.

Indoor air quality also deserves attention, particularly in spaces occupied for long periods.

VOC stands for volatile organic compound. These are chemicals released into the air by some materials. Where a floor is described as low VOC, the manufacturer should be able to provide current third-party certification for the specific product being considered.

3. How do flooring requirements change between healthcare areas?

The simplest way to approach healthcare flooring is to assess each area on its own terms. A single finish may work across several spaces, but it should not be carried through the building purely for visual consistency.

Hospital corridors

Hospital corridors are among the most demanding areas in a healthcare building. They experience constant footfall, repeated cleaning and regular movement from beds, wheelchairs and trolleys.

The flooring needs to combine:

• Durable surface performance
• Resistance to rolling loads
• Suitable slip resistance
• Straightforward cleaning
• Stable joints and edges
• Manageable acoustic performance
• Practical repair options

Transitions also matter. Poorly detailed thresholds or sudden changes in surface friction can make movement more difficult for patients, staff and wheeled equipment.

Waiting rooms and reception areas

Waiting rooms and receptions need to feel calm and welcoming, but they still have to perform as busy commercial interiors.

Chairs are moved, drinks are spilt, outside dirt is carried in and the floor is cleaned regularly. The chosen finish needs to manage all of that without becoming visually tired or difficult to maintain.

Visual contrast should also be handled carefully. Strong patterns, highly reflective finishes and abrupt tonal changes can be confusing for people with impaired vision, dementia or reduced mobility.

This does not mean design should take a back seat. It means that colour, pattern and finish should support the way people use the space.

Patient accommodation and care settings

Patient rooms and care environments often need a softer visual character, but the practical requirements remain demanding.

Key considerations include:

• Cleanability
• Low VOC emissions
• Slip resistance
• Acoustic comfort
• Resistance to beds and wheeled furniture
• Compatibility with cleaning chemicals
• Ease of localised maintenance

Where an acoustic backing is included, it is worth checking how it affects rolling resistance and indentation as well as sound reduction.

Bathrooms and sanitary areas

Bathrooms and sanitary spaces require a more cautious approach because the floor is regularly exposed to water.

The product and installation should be assessed for:

• Wet slip performance
• Water resistance
• Joint construction
• Perimeter detailing
• Drainage
• Junctions with sanitary fittings
• Protection of the subfloor

A waterproof surface is useful, but it is only one part of the installation. The whole detail needs to prevent moisture from reaching the building fabric.

Operating theatres and specialist clinical areas

Operating theatres, clean rooms and other controlled environments need specialist assessment.

These spaces may need to withstand:

• Heavy mobile equipment
• Frequent spillages
• Intensive cleaning
• Repeated disinfection
• Strict hygiene controls
• Tight subfloor tolerances
• Seamless or continuously bonded construction

A rigid click floor that performs well in a corridor or waiting room should not automatically be specified in an operating theatre. Specialist clinical areas often need a different product type and a more controlled installation method.

4. What technical evidence should architects request before approval?

The most useful technical submissions are specific. They relate to the exact floor, backing, thickness and finish proposed for the project.

A generic brochure can provide useful background, but it should not be the only basis for approval.

The information requested should normally include:

• Product construction
• Overall thickness
• Surface and wear-layer details
• Intended commercial use
• Wet and dry slip-test results
• Fire-performance data
• Cleaning and maintenance guidance
• Chemical resistance
• VOC and indoor air quality evidence
• Acoustic test results
• Subfloor requirements
• Installation tolerances
• Rolling-load information
• Warranty terms
• Repair and replacement procedures

It is also important to check that test reports apply to the precise product under consideration. Evidence from another finish or product range may not be directly transferable.

Impervia rigid flooring is constructed with a composite stone core, a commercial-grade surface and integrated IXPE backing. IXPE is a cross-linked foam layer fitted beneath the board to provide cushioning and help reduce impact sound.

The range includes waterproof and stain-resistant plank, herringbone and stone-effect finishes. These characteristics may support specification in suitable waiting rooms, corridors, consultation spaces, patient accommodation and administrative areas, subject to the needs of the individual project.

Impervia also provides supporting information on product construction, slip performance and indoor air quality. As with any flooring specification, the latest documentation should be requested and checked against the exact product being proposed.

A more useful question than “Is this suitable for healthcare?” is: “Is this suitable for this space, with this cleaning regime, this traffic level and this installation detail?”

5. Frequently asked questions about healthcare flooring standards

Is there one flooring standard for every healthcare environment?

No. Healthcare guidance sets out the issues that need to be considered, but the final choice depends on the individual space. A waiting room, corridor, bathroom and operating theatre will each have different requirements for cleaning, moisture, traffic and infection control.

Does healthcare flooring need to be seamless in every clinical area?

Not always. Some specialist and controlled environments require seamless or continuously bonded systems. Other non-specialist spaces may allow different flooring constructions, provided the joints, perimeters and transitions can be cleaned effectively and the installation meets the agreed performance requirements.

What slip-resistance evidence should architects request?

Ask for an independent report covering the exact product and finish being specified. It should identify the test method, wet and dry results, contaminants and direction of testing. The results should then be considered in relation to the actual use of the room.

Can rigid core LVT be used in healthcare refurbishment projects?

Rigid core LVT may be suitable for selected corridors, waiting rooms, consultation spaces and administrative areas. Its stable construction and practical installation can be useful in refurbishment projects, but suitability still depends on the subfloor, cleaning regime, traffic, moisture exposure and clinical risk.

How should architects assess VOC emissions and indoor air quality?

Request current third-party certification for the exact flooring product. Check the test standard, product scope, measured emissions and certificate validity. A general low-VOC claim should not replace proper technical evidence, particularly in patient rooms and other spaces occupied for long periods.

How can architects reduce healthcare flooring specification risk?

Healthcare flooring is best treated as part of the wider building system, rather than simply as a surface finish.

Start with the way the space will be used. Consider the cleaning regime, expected traffic, moisture exposure, acoustic needs and likely service life. Then review the technical evidence with input from the architect, interior designer, contractor, estates team and infection prevention specialists.

That approach makes it easier to identify practical issues before procurement and reduces the likelihood of substitutions, installation problems or maintenance concerns later in the project.

Appearance still matters, particularly in waiting rooms, receptions and patient spaces. But the strongest specifications are those where the visual choice is supported by evidence on hygiene, safety, durability and installation.

Impervia can help project teams review clinical use, slip resistance, cleaning requirements, acoustics and installation conditions, making it easier to identify the most appropriate flooring system and finish through our healthcare specification support.