Eight Systems. One Decision Framework.
Specifying an industrial epoxy floor is not a single choice — it is a sequence of material decisions, each conditioned by substrate condition, operational load, chemical exposure, and the finish specification a facility’s end-use demands. Since 1981, the practice at Epoxy Flooring Ghana has been to work through that sequence with the same rigour a structural engineer applies to a bearing wall. What follows is the reference that supports that process.
1. Self-Levelling Epoxy
The institutional standard for logistics warehouses, manufacturing halls, and distribution centres. Applied at 2–3 mm, a self-levelling system flows to a seamless, monolithic surface that resists point loads, forklift traffic, and industrial cleaning chemicals. The specification threshold is DIN EN 13813 SR-B2,0-AR2-IR4 compliance. Sheen level is adjustable from matte to high-gloss without compromising hardness.
2. Epoxy Mortar Systems
Where substrate damage is significant or where heavy mechanical impact is the daily operating condition — battery rooms, food processing lines, loading docks — an epoxy mortar broadcast at 4–9 mm delivers compressive strength exceeding 70 N/mm². The aggregate-filled matrix absorbs thermal cycling and resists the micro-fracturing that defeats thinner coatings under sustained load.
3. Anti-Static (ESD) Epoxy
Tier-1 data centres, pharmaceutical packaging lines, and electronics manufacturing facilities specify electrostatic dissipative floors to ANSI/ESD S20.20 and IEC 61340-4-1. Surface resistivity is held within the 10⁶–10⁹ Ω range. The finish is continuous — no raised floor tile grout lines, no carpet zones — so the ESD path is uninterrupted across the entire working area.
4. Chemical-Resistant Epoxy Novolac
Standard bisphenol-A epoxy resins degrade under prolonged contact with concentrated acids, alkalis, and solvents. Novolac chemistry extends the cross-link density of the cured matrix, sustaining integrity against sulphuric acid, caustic soda, and hydrocarbon solvents at operating temperatures to 120 °C. The correct specification domain is pharmaceutical manufacturing, petrochemical secondary containment, and laboratory wet rooms.
5. Epoxy Terrazzo
The premium decorative system for institutional lobbies, banking halls, and hospitality venues where a specification-grade finish must also perform as a working floor for decades. Marble, glass, or aggregate chips are broadcast into a coloured epoxy binder, ground, and polished to a 400-grit or higher finish. Joints are minimised; the visual field is continuous. Maintenance protocol is straightforward dry-buffing and periodic resealing.
6. Anti-Slip Epoxy Coatings
Wet-process food and beverage facilities, commercial kitchens, and external covered walkways require a coefficient of friction that satisfies BS 8300 and DIN 51130 classification R11–R13. Aluminium oxide or silicon carbide aggregate is broadcast into the wet topcoat at controlled density. Anti-slip performance is calibrated to the hazard level — an R11 specification for a dry corridor differs materially from an R13 for a fish processing floor.
7. Water-Based Epoxy Coatings
Where ventilation is constrained, occupied buildings are adjacent, or VOC limits are set by an environmental compliance brief, water-based systems provide a serviceable coating at 100–200 µm. Mechanical performance is lower than solvent or 100%-solids systems — these are appropriate for light-duty commercial floors, parking decks receiving low-frequency use, and internal non-production areas. Specifiers should not apply water-based coatings where a mortar or self-levelling system is operationally warranted.
8. Polyurethane-Modified Epoxy (Hybrid Systems)
Where a floor must reconcile the compressive hardness of epoxy with the flex and abrasion resistance of polyurethane — cold storage facilities cycling between –25 °C and ambient, multi-use sports and logistics halls — hybrid chemistry bridges the two performance profiles. The cure schedule is longer; the substrate moisture tolerance is tighter. Specification requires substrate RH confirmation prior to application.
Specifying the Right System
The selection matrix for any given facility runs through six variables: substrate condition and moisture content, anticipated point and distributed loads, chemical and thermal exposure range, required surface resistivity, finish and slip-resistance criteria, and the VOC or occupied-building constraints of the project environment.
Epoxy Flooring Ghana has held a specification-grade practice in Ghana since 1981 — recognised with the Top 3 Ghana Awards Gold in Specialist Epoxy Flooring (T3GA, Cert ID: T3G-2002-793668). Enquiries at the specification stage, before tender, produce the most accurate system recommendations and the most durable outcomes.
Contact the specification desk: +233 230 630 004 · info@epoxyflooringghana.com