Heavy duty polyurethane cement systems

Polyurethane Screed Flooring Contractors UK

Heavy duty polyurethane screed flooring for food production, factories, commercial kitchens, washdown areas and demanding process environments across South Wales and the wider UK. SRS specifies the floor around temperature, moisture, chemicals, impact, cleaning and the condition of the concrete underneath.

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Wet and hot-wash environments
Impact and heavy traffic
Selected chemical resistance
South Wales base, UK coverage

35+35+ years combined experiencePractical industrial flooring knowledge

PUHeavy duty screed systemsSpecified around the complete environment

PREPPreparation-led installationConcrete, moisture and detailing assessed

UKSouth Wales basedSupporting suitable projects across the UK

Demanding industrial flooring

PU screed selected around heat, water, chemicals and heavy use

Polyurethane screed is a heavy duty polyurethane cement flooring system used where a basic resin coating may not provide enough protection. It is commonly considered for wet production, hot cleaning, impact, aggressive traffic and process contamination.

The recommendation depends on the exact operational conditions. Cleaning temperatures, chemical exposure, drainage, falls, machinery, trolley or forklift traffic, hygiene expectations and the available shutdown all affect the required build-up and finish.

Substrate condition remains critical. Weak concrete, movement, moisture, damaged joints, contamination and poor falls must be identified before the system is confirmed.

Important: not every polyurethane screed product has the same temperature or chemical performance. The selected manufacturer system, installed thickness and written specification take priority over general website guidance.

Why PU screed is specified

Polyurethane screed flooring for demanding operational conditions

The complete system should be selected around the actual combinations of temperature, contamination, traffic, cleaning and substrate condition.

HEAT

Temperature and thermal change

Suitable build-ups can be considered where hot cleaning, warm process areas or repeated temperature change create demands beyond a standard coating.

WET

Water and washdown

Heavy duty seamless systems for wet production and regular cleaning, with falls, drainage and detailing planned as part of the project.

CHEM

Chemicals and process contamination

Resistance varies by exact chemical, concentration, exposure time and temperature, so the full chemical schedule should be reviewed.

LOAD

Impact and heavy traffic

Robust screed systems for trolleys, pallet movement, machinery, dropped items and busy process environments.

GRIP

Slip risk and cleanability

Surface texture can be adjusted, but grip must be balanced with hygiene, cleaning methods, drainage, footwear and contamination controls.

DETAIL

Drains, coving and joints

Transitions, channels, upstands, kerbs, drains and movement joints need careful detailing to avoid weak edges and cleaning traps.

Applications

Polyurethane screed flooring for wet and heavy-use environments

PU screed is used across industrial and hygienic sites where the operating conditions require a thicker, more robust resin system.

Food production

Heavy duty floors for preparation, processing, packing, washdown and production areas.

Food and beverage flooring

Commercial kitchens

Seamless flooring for busy kitchens, cook lines, pot wash, preparation and back-of-house spaces.

Commercial kitchen flooring

Breweries and dairies

Systems for wet processing, spill exposure, cleaning, drains and repeated operational use.

Discuss the process area

Factories and production

Heavy duty screeds for process floors exposed to impact, moisture, chemicals or temperature change.

Industrial resin flooring

Engineering and workshops

Robust systems for selected wet, oily or chemically demanding workshop and maintenance zones.

Factory and workshop flooring

Waste and recycling

Heavy duty resin flooring for suitable areas exposed to contamination, impact and aggressive cleaning.

Discuss your site

Cold and temperature-controlled areas

Specialist systems can be assessed around low temperature installation, operating temperature and thermal cycling.

Discuss temperature conditions

Loading and service areas

Textured heavy duty finishes for selected wet loading, service and goods-handling zones.

Anti slip resin flooring

Build-up and finish options

Types of polyurethane screed flooring system

Exact thickness, primer, resin chemistry, aggregate and seal coat depend on the manufacturer system and required performance.

Medium-duty route

Medium-build PU screed

A robust seamless system for selected process, production and washdown areas.

Specified around traffic and cleaning
Textured finishes available
Substrate and moisture assessed first

Discuss the required build

Heavy-duty route

Heavy-build PU screed

A thicker polyurethane cement system for demanding impact, thermal and process conditions.

Depth selected around performance
Edges and details planned carefully
Manufacturer data controls suitability

Discuss heavy-duty conditions

Hygienic detailing

Coving and vertical finishes

Resin coving and compatible vertical detailing can improve cleanability at wall and kerb junctions.

Integral or applied coving options
Transitions and corners considered
Detailing matched to the floor system

Hygienic flooring guidance

Safety finish

Textured PU screed

Aggregate and texture adjusted for wet or contaminated areas while cleaning and hygiene remain practical.

Grip matched to the actual risk
Cleaning method reviewed
Drainage and footwear remain important

Anti slip flooring

Phased repairs

Local PU screed repairs

Damaged areas, edges and transitions can sometimes be repaired locally where the surrounding floor remains suitable.

Cause of failure investigated
Compatible repair material selected
Colour and texture variation may remain

Send repair photographs

Alternative fast-cure route

MMA flooring comparison

MMA may suit some short-shutdown projects, but it is a different technology with different installation and performance characteristics.

Fast cure potential
Ventilation and odour controls
Specification based on the full site

View MMA flooring

System comparison

PU screed compared with epoxy, polyurethane coating and MMA

Each resin technology has strengths and limitations. The choice should be based on the whole operating environment rather than the product name alone.

System	Common strengths	Important limitations	Often considered for	Related page
PU screed	Heavy-duty build, wet service, impact and selected thermal or chemical demands	Requires sound preparation, correct detailing and adequate installation programme	Food production, process floors, commercial kitchens and demanding factories	Current page
Epoxy flooring	Strong adhesion, broad industrial use, coatings and self-levelling options	More rigid; exact heat, UV and chemical suitability must be checked	Factories, warehouses, workshops and commercial sites	Epoxy flooring
Polyurethane coating	Flexible finishes, selected abrasion resistance and UV-stable topcoat options	Normally thinner and not a substitute for heavy PU screed in severe process conditions	Industrial and commercial floors requiring a durable finish	Polyurethane flooring
MMA flooring	Fast cure and reduced downtime where suitable	Different chemistry, odour and ventilation controls; exact exposure must be checked	Short-shutdown operational projects	MMA flooring

Chemical resistance, service temperature, cure time and suitable thickness vary between products. Manufacturer data and the final written specification take priority.

Preparation and installation

Polyurethane screed performance starts with the concrete and details

A heavy-duty screed cannot compensate for weak concrete, unstable movement, unresolved moisture, poor falls or failed joints.

Survey and assess

Review the slab, moisture, contamination, traffic, temperatures, chemicals, cleaning, drains and programme.

Mechanically prepare

Use shot blasting, scarifying, grinding or another suitable method to remove weak material and create a sound profile.

Repair and detail

Address included concrete repairs, joints, edges, channels, falls, thresholds, coving and local defects.

Install and hand over

Apply the agreed primer and screed build-up before inspection, curing and return-to-service guidance.

Moisture and falls matter: active moisture, standing water, poor drainage and insufficient falls can affect adhesion, hygiene and day-to-day performance. These issues should be investigated before installation.

Real SRS flooring work

Heavy duty food and industrial resin flooring projects

These genuine SRS project photographs show seamless flooring, textured finishes and completed hygienic or industrial working areas.

Heavy duty polyurethane screed flooring installed in a food production area by SRS

Food production floor

Seamless heavy duty finish

A robust resin floor installed for a hygienic and demanding operational environment.

Textured food factory resin flooring with drainage and washable surfaces

Wet process area

Texture and drainage considered

A practical finish for wet cleaning, operational traffic and production demands.

Commercial kitchen and food production resin flooring completed by Superior Resin Solutions

Hygienic detailing

Cleanable operational floor

A seamless resin finish supporting routine cleaning and professional food-site presentation.

Hygienic and drainage details

The floor system is only one part of a successful wet-area installation

Drains, falls, coving, thresholds and joints need to work with the resin floor rather than becoming weak points or cleaning traps.

Falls directing water towards suitable drainage
Channel and drain-edge detailing
Coved wall and kerb junctions
Movement and construction joint treatment
Thresholds, doorways and equipment bases
Cleaning access around fixed machinery

Floor-to-wall junctionCoving helps create a smoother, more cleanable transition.

Drain and channelEdges, falls and termination details should be planned before installation.

Movement jointActive joints require compatible treatment rather than simply coating over them.

Doorway and thresholdTransitions need protection from impact, wheels and repeated traffic.

Honest specification

When PU screed may be suitable and what should be resolved first

A responsible recommendation identifies conditions that could shorten service life or require repairs, drainage work or another flooring approach.

Often suitable where

A heavy duty seamless process floor is required.
Wet cleaning, impact or temperature change is expected.
The concrete can be prepared to a sound base.
Chemicals and cleaning conditions are known.
Drains, falls and detailing can be planned.

Resolve or investigate first

Weak, unstable or heavily contaminated concrete.
Active moisture or water pressure through the slab.
Serious cracking, structural movement or failed joints.
Poor drainage or falls causing standing water.
An installation window too short for preparation and curing.

SRS installation process

A clear route from PU screed survey to handover

The programme is planned around preparation, repairs, detailing, installation, curing and safe return to service.

Assess

Review the slab, cleaning, temperatures, chemicals, traffic, drainage and programme.

Specify

Recommend the preparation, repairs, build-up, texture, details and installation sequence.

Install

Mechanically prepare and install the agreed primer, polyurethane screed and details.

Handover

Inspect the floor and provide curing, cleaning and aftercare guidance.

Reviewed for practical accuracy by Richard Evans, Director, Superior Resin Solutions UK Ltd

This page provides general guidance for facilities managers, food manufacturers, business owners and contractors. Final performance is confirmed against the selected manufacturer system and written project specification.

Last reviewed
30 July 2026

Local base, wider coverage

Polyurethane screed flooring across South Wales and the UK

Superior Resin Solutions UK is based in Rhigos near Aberdare and supports suitable food, process, industrial and commercial kitchen flooring projects across South Wales and the wider UK.

South WalesCardiffSwanseaNewportBristolBirminghamLondonUK Projects

Continue your resin flooring research

PU screed projects often overlap with food flooring, anti slip finishes, drainage details and other industrial resin technologies.

Frequently asked questions

Polyurethane screed flooring FAQs

Common questions from food manufacturers, facilities managers, factories, commercial kitchens and contractors.

What is polyurethane screed flooring?

Polyurethane screed is a heavy duty polyurethane cement resin flooring system installed over correctly prepared concrete. It is commonly specified for wet, hot-wash, impact, chemical and process environments.

Where is PU screed flooring normally used?

Common applications include food factories, commercial kitchens, breweries, dairies, processing areas, wet production, factories and selected heavy-use industrial zones.

Can PU screed withstand hot water and thermal shock?

Selected heavy-build polyurethane screed systems can be specified for demanding temperature conditions, but performance depends on the exact product, thickness, substrate, temperature range and exposure cycle.

Is polyurethane screed resistant to chemicals?

PU screeds can resist selected acids, alkalis, oils, fats and cleaning chemicals. The exact substances, concentration, temperature and exposure time should be checked against manufacturer data.

Is PU screed flooring anti slip?

Textured PU screed finishes can improve grip, but slip risk also depends on contamination, drainage, cleaning, footwear and work practices. Texture should be balanced with cleanability.

Can coving and drainage details be included?

Yes. Compatible coving, kerb details, drain edges and transitions can be included where they form part of the agreed project scope.

Can PU screed be installed over an old resin floor?

Sometimes, but the old system must be identified and assessed for adhesion, contamination, moisture and compatibility. Unsound coatings normally need to be removed.

How long does polyurethane screed take to install?

The programme depends on area, preparation, repairs, detailing, thickness, temperature, access and cure time. SRS confirms the expected sequence and return-to-service plan for the project.

How much does PU screed flooring cost?

Cost depends on the floor area, slab condition, preparation, repairs, thickness, texture, coving, drainage details, access and shutdown requirements. SRS provides project-specific quotations after review.

Do you install PU screed flooring outside South Wales?

Yes. SRS is based in Rhigos near Aberdare and supports suitable polyurethane screed flooring projects across South Wales and the wider UK.

Plan the next flooring project

Book a polyurethane screed flooring assessment

Send the site location, floor area, photographs, current condition, cleaning temperatures, chemicals, drains, traffic and available shutdown. SRS will review the information and explain the most practical next step.

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