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PU Flooring System

Cementitious PU self-levelling floors with fast return to service

Monolithic PU floors engineered for heat, chemicals, and rapid turnaround—ideal for hygiene-critical industrial environments.

Cementitious PU Self-Levelling
Fast Return to Service
Heat & Chemical Resistance
Moisture-Tolerant System Option

Built for Washdown, Heat, and Chemical Exposure

Food, beverage, dairy, bakery and pharma floors demand fast reopening, resistance to chemicals, and tolerance to heat while staying seamless and hygienic.
Cementitious PU systems are positioned for exactly these operating conditions, combining durability with a monolithic finish.

How Cementitious PU Floors Are Built Up

Substrates are mechanically prepared (scarifying/grinding/shot blasting) and cleaned; acid etching is avoided due to debonding/blistering risk. A scratch coat is used to seal the surface; pinholes are checked and corrected before the body coat is placed. The self-levelling coat is applied by notch trowel and de-aerated using spike rolling; mixes are executed in full packs within short pot life.Where needed, a moisture-tolerant PU IPN system can be selected for higher substrate moisture (up to 15%), while still avoiding rising damp.

Scratch Coat

Scratch Coat

Product : PU scratch coat
Typical Thickness : 1 mm
Core Function : Seals concrete; prevents pinholes; improves bonding.
Self-Levelling PU

Self-Levelling PU

Product : PU Crete finish
Typical Thickness : 3–4 mm (incl. scratch coat)
Core Function : Monolithic, chemical-resistant floor with heat tolerance.
PU Sealer

PU Sealer

Product: PUV sealer
Typical thickness: 2 coats (0.10–0.12 kg/m² per coat)
Core function: Improves cleanability and colour stability.

Performance at a Glance

Mechanical Strength

Compressive strength ~38–50 MPaHigh strengths for impact and traffic.

Heavy-duty performance under impact and traffic.

Abrasion & Wear

Abrasion ~120 mg/1000 cycles (CS17/1kg)

Resists wear in high-use industrial zones.

Adhesion to Concrete

Pull-off adhesion >1.5 MPa (concrete failure)
Strong bond when substrate is well prepared.

Slip & Electrical Behavior

Slip “Moderate”; resistivity ~2.5×10¹¹ Ω
Balanced traction with defined resistivity.

Where You’ll See the Impact

Food & Beverage

Food & Beverage

Washdown zones, process rooms

Bakeries

Bakeries

Hot areas, frequent cleaning

Dairies

Dairies

Wet areas, hygiene-critical bays

Pharmaceuticals

Pharmaceuticals

Clean production, corridors

Automotive

Automotive

Assembly lines, workshops

Warehousing

Warehousing

Traffic aisles, loading zones

Operational Wins 

Fast turnaround

Fast turnaround

Return to service quickly after curing.

Heat tolerance

Heat tolerance

Handles hot zones without early breakdown.

 Chemical resilience

Chemical resilience

Resists a wide range of chemicals.

Reduced defects

Reduced defects

Scratch coat limits pinholes and rework.

Get Expert Guidance for Your Project

Talk to our specialists for tailored solutions across industries and applications.