Heavy-Duty Industrial Flooring & Structural Waterproofing

Epoxy flooring (1mm–3mm) provides a hard, seamless, glossy finish with excellent chemical resistance against oils and solvents, ideal for automotive assembly and clean industrial environments. PU Concrete screeds (3mm–6mm) feature higher elasticity, superior thermal shock resistance (-40°C to +120°C for steam washdowns), and higher impact resistance, making them essential for food processing, chemical plants, and heavy-duty forklift traffic.

Resin coatings applied directly over unprofiled concrete invariably debond and blister within months. AADEO Solvers enforces mechanical surface profiling using captive shot blasting or heavy diamond grinding to remove concrete laitance, open concrete pores to Concrete Surface Profile (CSP 3–5), and vacuum all micro-dust before applying epoxy primer.

Standard epoxy and PU coatings require concrete slab moisture content to be strictly below 4% to 5% (measured via calibrated impedance or Tramex moisture meters). If high hydrostatic moisture or sub-slab water table pressure is detected, AADEO applies a specialized water-based epoxy moisture mitigation barrier prior to topcoat application.

Foot traffic is typically permitted within 24 hours at standard ambient temperatures (25°C–30°C). Light trolley traffic is allowed after 48 hours, and full chemical/heavy forklift trafficking is achieved after complete 7-day cure. For rapid emergency shutdowns, we deploy fast-curing polyaspartic systems that cure within 8 to 12 hours.

Yes. Our Conductive and Static Dissipative (ESD) flooring systems integrate a continuous copper tape grid connected to dedicated electrical earth pits, layered under carbon-impregnated conductive primer and dissipative topcoat to maintain surface electrical resistance between 10^4 and 10^9 ohms.