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Self-Levelling Epoxy Systems

Specification-grade self-levelling epoxy delivering FF35-FF75 floor flatness for warehouses, distribution centres, and large-format logistics installations.

What is Self-Levelling Epoxy?

Self-levelling epoxy is a low-viscosity, two-component resin system engineered to flow across a prepared substrate and cure to a seamless, dimensionally flat surface without mechanical screeding. Under gravity-assisted distribution, the material self-seeks level tolerances within the FF35–FF75 flatness range — a specification tier demanded by automated guided vehicles (AGVs), narrow-aisle racking systems, and precision logistics machinery. The result is a monolithic floor plane that eliminates joint-induced vibration, resists chemical and impact loading, and maintains hygienic cleanability across decades of operational pressure.

Structural engineers, logistics facility planners, and procurement officers at Tier-1 industrial clients specify self-levelling epoxy when the floor is not merely a surface but a load-bearing, operationally critical asset. Established in 1981 and recognised with the Top 3 Ghana Awards Gold — Specialist Epoxy Flooring (Cert ID: T3G-2002-793668) — Epoxy Flooring Ghana brings 45 years of performance-engineered practice to every self-levelling commission in the country.


When to Specify Self-Levelling Epoxy

Self-levelling systems are the specification-grade solution wherever floor flatness and surface continuity directly affect operational throughput. Distribution centres, cold-chain warehouses, pharmaceutical manufacturing halls, food-processing facilities, and large-format logistics parks all carry operational profiles that standard screed or paint cannot sustain. The self-levelling matrix eliminates differential settlement lines that compromise AGV navigation, reduces wheel-induced micro-cracking, and provides the chemical-resistant barrier mandatory under food safety and GMP production regimes.

Architects and MEP consultants specifying new-build industrial facilities across the Greater Accra and Tema Industrial Corridor equally specify self-levelling epoxy for retrofit programmes — situations where an ageing concrete slab must be brought to contemporary flatness standards without the disruption of full slab replacement.


Methodology — The Epoxy Flooring Ghana Specialist Approach

  1. Specification Review & Floor Flatness Target Setting — Our specialists review structural drawings, operational load data, and client flatness requirements. FF35, FF50, or FF75 targets are confirmed in writing before any site mobilisation.

  2. Substrate Assessment & Surface Preparation — Diamond-grinding and shot-blasting machines prepare the concrete slab to CSP 3–5 profile. Moisture vapour emission testing is conducted per ASTM F2170; any reading above the specified threshold triggers remedial vapour barrier application.

  3. Primer & Build-Up Application — A solvent-free epoxy primer is applied at the specified mil thickness to consolidate the substrate and eliminate porosity-induced outgassing. Where slab undulation exceeds tolerance, an epoxy skim coat builds the plane before the self-levelling pour.

  4. Self-Levelling Pour & Distribution — The two-component system is batch-mixed under controlled ratios and discharged in continuous pours. Spiked rollers release entrapped air. Pour joints are staged to specification to maintain monolithic integrity across large-format installations.

  5. Quality Sign-Off & Flatness Verification — Post-cure flatness readings are taken with a 3-metre straightedge and digital floor profiler. A full handover report — including cure documentation, material batch records, and flatness survey data — is issued to the client’s project team.


Materials & Standards


Outcomes & Guarantees

A correctly specified and installed self-levelling epoxy system delivers a seamless, hygienic, and operationally flat floor plane that actively reduces maintenance liability across the asset lifecycle. Epoxy Flooring Ghana provides a structured warranty framework: Local Standard (5-year) for general commercial applications, ISO-Grade (7-year) for controlled industrial and manufacturing environments, and Industrial Performance (10-year) for AGV-critical, pharmaceutical, and cold-chain facilities where floor continuity is a regulatory and operational imperative.


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