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Epoxy‑PU Flooring System
Solvent‑free self‑levelling floors with flexibility and mar resistance
When Epoxy Needs Flexibility
Heavy industrial floors can combine vibration, impact, abrasion, and exposure to aggressive chemicals.
Epoxy‑PU systems address this by pairing self‑levelling finish with higher tensile strength and flexibility, and by improving inter‑coat adhesion on old epoxy substrates.
How Epoxy‑PU Floors Are Installed
Concrete is mechanically prepared (grinding/shot blasting/scarifying) and cleaned; acid etching is avoided due to debonding/blistering risk.
An epoxy primer is scrubbed in for absorption and adhesion; porous slabs may need a second primer coat.
The epoxy‑PU mix (base, hardener, aggregates) is applied by notch trowel and de‑aerated with spike rolling within pot life.
Epoxy‑PU Finish
Substrate Repairs
Performance at a Glance
Mechanical Strength
41–72 MPa compressive (system‑dependent)
High strength for heavy traffic.
Flex & Tensile
Up to 32 MPa flexural; up to 18 MPa tensile
Flexibility reduces stress cracking.
Abrasion/Impact/Mar
Very high abrasion & mar resistance
Withstands impact and scuffing.
Chemical & Corrosion
Resistant to aggressive corrosive exposure
Holds up in corrosive areas.
Where You’ll See the Impact
Chemical Processing
Process areas, spill zones
Fertilizer Storage
Storage bays, loading areas
Pharmaceuticals
Production rooms, corridors
Automotive Service
Service bays, wash areas
Automotive Assembly
Assembly lines, aisles
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Heavy Engineering
Workshops, vibration zones
Operational Wins
Better on old epoxy
Improves inter‑coat adhesion on aged epoxy.
Tougher surface
Resists abrasion, mar, and impact damage.
More flexibility
Handles movement and vibration better.
Corrosion resistance
Performs in aggressive chemical environments.