— INFRASTRUCTURE SEGMENT – COMMERCIAL INFRASTRUCTURE & HIGH-RISE
Multi-Level Car Parks & Exposed Podiums
Multi-story commercial car parks, exposed entrance ramps, and structural podium decks handle relentless tire friction, high load distributions, and severe outdoor weathering. While standard concrete paints wear thin, crack, and peel under tire heat, Carbolink’s multi-layer polyurethane deck coating systems bridge structural crack movements and maximize tire traction to keep vehicles moving safely under all weather conditions.
The Problem
Elevated parking decks and building podium slabs suffer from intense traffic wear and structural stresses. Commuter vehicles executing sharp turns and hard braking apply massive localized shear forces to the floor. Without a high-durability elastomeric wear shield, the bare concrete cracks, standard coatings quickly delaminate, and intense tire squealing occurs, while rainwater and automotive fluids pool on the surface, presenting a hazardous slip risk.
What is "Dynamic Deck Fatigue"?
Large commercial parking decks continuously expand and contract due to daytime solar heating and cool night temperatures, while handling the rolling weight of vehicles. This constant structural movement puts extreme tension on brittle, conventional floor paints. Lacking elasticity, the paint layer snaps directly over underlying micro-cracks, breaking the water seal. Water, motor oils, and road salts then seep deep into the concrete slab, rusting the internal reinforcing steel rebar and threatening the long-term load capacity of the high-rise structure.
— Carbolink Solution
Elastomeric Anti-Skid Polyurethane Car Park Deck System
CP PU multi-layer coatings applied over structurally repaired concrete—three precision-engineered elastomeric layers designed to absorb ongoing building movement and provide high-friction tire grip.
Substrate Profiling & Repair
Diamond grinding the deck to open concrete pores, followed by routing and filling structural cracks using high-strength low-viscosity epoxy injection resins.
Elastic Aggregate Wear Course
Application of a highly flexible polyurethane base coat followed by immediately broadcasting graded quartz aggregates into the wet layer to form an ultra-tough, slip-resistant surface profile.
UV-Stable Aliphatic Sealcoat
Final application of our chemical-resistant aliphatic topcoat (CP PU Top Coat 215) to lock in the aggregate traction matrix and prevent tire squealing.
— WHY CARBOLINK
Advantages of This System
Exceptional Crack-Bridging
Flexes and stretches along with the structural movement and thermal shifts of the building without splitting, keeping lower-level retail and office spaces leak-free.
Heavy Anti-Skid Traction
Provides excellent tire grip on steep ramps and turning circles, preventing vehicle skidding even during heavy monsoon downpours.
Complete Noise Control
The resilient, rubberized consistency of our polyurethane core dampens structural wheel vibrations, eliminating annoying high-pitched tire squeals.
— PRODUCTS USED
