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IZOMATE
Polyurethane Screeds · Dubai & UAE

PU Flooring in Dubai

Heavy-duty polyurethane (PU) resin screeds engineered for extreme thermal shock, organic acids, and aggressive hot water washdowns in commercial kitchens and food processing plants.

12–17 Year Warranty Supply & Apply Dubai · Abu Dhabi · Sharjah

Heavy-Duty Polyurethane (PU) Screeds for Food & Chemical Plants

In commercial kitchens, bakeries, dairies, cold storage facilities, and chemical manufacturing plants, flooring must withstand conditions that destroy standard epoxy coatings within months. Thermal shock from live boiling water washdowns, direct grease and citric acid spills, and freezing sub-zero temperatures demand specialized polyurethane cement technology.

IZOMATE installs heavy-duty polyurethane hybrid screeds (4mm to 6mm thickness) designed to provide permanent seamless protection under the most extreme industrial conditions across the UAE.

Polyurethane Hybrid Cement Chemistry for Extreme Thermal Shock

Standard epoxy coatings suffer from a high coefficient of thermal expansion that differs significantly from concrete. When exposed to sudden temperature spikes—such as boiling water washdowns (90°C to 100°C) in commercial kitchens, bakeries, and dairies—the epoxy expands much faster than the underlying concrete slab, producing severe shear stress at the bond line that leads to delamination, curling, and debonding.

Heavy-duty Polyurethane (PU) hybrid cement screeds (such as 3-component water-dispersed polyurethane resin, hardener, and hydraulic cementitious aggregates) feature a coefficient of thermal expansion virtually identical to structural concrete. This allows the screed to absorb sudden thermal shocks from -40°C in blast freezers up to +120°C during live steam cleaning without blistering, cracking, or losing bond strength.

Slip Resistance & Seamless Hygienic Coving

Commercial kitchens, beverage bottling plants, and meat processing facilities are classified as high slip-risk environments. IZOMATE tailors slip resistance profiles from R10 up to R13 according to DIN 51130 by broadcasting graded aluminum oxide or calcined bauxite aggregates into the wet screed body. To satisfy Dubai Municipality food control inspections, integrated 100mm seamless radius wall coves are troweled along all perimeter walls, eliminating 90° dirt-trapping angles and ensuring effortless drainage washdown.

Bacterial Resistance & Antimicrobial Flooring Technology

In food processing facilities, commercial bakeries, dairies, poultry processing plants, and commercial kitchens across the UAE, hygiene is rigorously inspected by Dubai Municipality Food Safety Department. Standard tiled floors harbor millions of bacteria and mold spores within porous grout lines, while generic coatings can crack and delaminate under thermal stress, creating hidden moisture pockets where bacterial colonies flourish.

Heavy-duty Polyurethane (PU) hybrid cement screeds provide a monolithic, non-porous floor plane with zero joints or grout lines. Formulated with integrated silver-ion antimicrobial additives, the screed actively inhibits the growth of bacteria (including Listeria, E. coli, and Salmonella) and fungi on the floor surface by up to 99.9% throughout the lifetime of the floor. Combined with seamless 100mm wall coving and stainless steel floor drains, facilities maintain immaculate sanitary standards with simple daily hot water washdowns.

Impact Tolerance Against Heavy Utensils & Steel Trolleys

Commercial kitchens and food factories endure heavy mechanical impact: dropped stainless steel pots, heavy chopping knives, and hard-wheeled service trolleys. While brittle coatings can chip and shatter upon impact, the polyurethane resin matrix possesses elastomeric tensile toughness that absorbs dynamic kinetic energy, preventing edge spalling and maintaining floor integrity under severe abuse.

Compliance with International ASTM & BS Test Methods

IZOMATE polyurethane resin flooring installations are subjected to rigorous third-party quality testing to verify performance before handover. Compressive strength is verified per BS 6319-2 (achieving >55 N/mm²), tensile adhesion to the concrete substrate is verified via automated Elcometer pull-off testers per EN 1542 (exceeding 2.0 N/mm² with concrete tensile failure), and liquid water absorption is certified nil under continuous immersion per ASTM C413. Our clients receive a comprehensive testing docket alongside their 12 to 17-year warranty certificate.

System Build-Up

Multi-Layer Application Detail

Continuous, monolithic barrier applied stage-by-stage with flood test verification.

01

Substrate Profile & Anchor Grooves

Mechanical profiling (CSP 4–5) and perimeter stress-relief anchor grooves cut 10x10mm into concrete.

02

Water-Dispersed PU Scratch Primer

Moisture-tolerant polyurethane primer ensuring deep penetration into damp concrete.

03

Heavy-Duty PU Screed Body (4 - 6mm)

Three-component polyurethane hybrid cement mortar troweled smooth with high elasticity.

04

Anti-Slip Aggregate Broadcast (R11 - R13)

Aluminum oxide or graded quartz sand broadcast for wet area slip resistance.

05

Polyurethane Hygienic Topcoat

Antimicrobial, chemical-resistant top seal facilitating steam cleaning up to 120°C.

Technical Performance

System Specifications & Standards

Verified physical and performance parameters per official manufacturer technical data sheets (TDS).

Property / Parameter Technical Value Unit Standard / Method
Total Screed Thickness 4.0 - 6.0 mm BS 8204-6
Service Temperature Range -40 to +120 °C Thermal Shock
Compressive Strength > 55.0 N/mm² BS 6319-2
Tensile Adhesion to Concrete > 2.0 (Concrete Fails) N/mm² EN 1542
Slip Resistance Rating R11 to R13 DIN Rating DIN 51130
How we work

From first visit to warranty

  1. Inspect

    Site visit, moisture and surface checks, photos.

  2. Propose

    System, layer build-up, price per m² and programme.

  3. Install

    Trained crew, stage-by-stage checks, flood test.

  4. Hand over

    Completion report and written warranty.

Written Assurance

12 to 17 Years System Warranty

Every completed project includes a signed handover certificate, inspection log, and written warranty backed by manufacturer technical data.

FAQ

Frequently Asked Questions

Answers to common questions regarding specifications, installation timeline, and preparation.

Why are PU screeds required instead of epoxy in commercial kitchens?

Commercial kitchens use boiling water washdowns and hot oil frying. Standard epoxy softens and delaminates at temperatures above 60°C. Heavy-duty PU hybrid screeds withstand continuous thermal shock up to 120°C (steam cleaning) and resist hot cooking oils and animal fats.

Are your PU screeds food safe and HACCP certified?

Yes. Our polyurethane screed systems are completely non-porous, non-tainting, seamless, and compliant with HACCP and European food manufacturing hygiene standards.

Can polyurethane screeds be installed over damp concrete?

Yes. Three-component water-dispersed polyurethane hybrid cement screeds are moisture-tolerant and can be applied over green concrete (7 days old) or damp substrates with relative humidity up to 98% without blistering.

What is the standard turnaround time for a commercial kitchen floor renovation?

Using fast-curing polyurethane formulations, an existing kitchen floor can be mechanically prepared, primed, screeded (6mm), and cured ready for full operational service within 24 to 48 hours, minimizing facility downtime.

Free site inspection

Find the cause before you pay for a fix