Colorful Thermoplastic Road Marking Paint: Durability, Safety & Aesthetic Excellence
Colorful thermoplastic road marking paint revolutionizes road safety and urban aesthetics by combining high-performance engineering with vibrant visual appeal. Made from thermoplastic resins, rubber elastomers, and ceramic particles, it is heated to 180–220°C and applied as a molten layer that hardens into a durable, weather-resistant coating. Key features include:
Vibrant & Long-Lasting Colors
UV-Resistant Pigments: Titanium dioxide (white) and organic pigments (yellow/red/green/blue) ensure color stability for years, resisting fading under intense sunlight or rain .
Anti-Pollution Properties: Non-porous surface prevents dirt absorption, maintaining brightness in urban environments .
Enhanced Safety Features
Anti-Slip Performance: Embedded ceramic particles (2–3mm) or quartz sand create a textured surface, boosting friction coefficients (BPN ≥55) to reduce skidding risks .
Vibration Alert: Forms 3–5mm raised patterns that generate tactile vibrations when driven over, prompting drivers to slow down .
Night Visibility: Pre-mixed or surface-sprinkled glass beads reflect headlights, ensuring 24/7 clarity .
Robust Durability & Eco-Efficiency
Wear Resistance: Withstands heavy traffic abrasion (compressive strength ≥22 MPa) and extreme temperatures (-30°C to 60°C) without cracking .
Quick Curing: Solidifies in ≤3 minutes, minimizing road closures .
Recyclable Content: Some formulations integrate 30% recycled materials (e.g., reclaimed glass beads) to reduce waste .
Versatile Applications
Urban Zones: Bright-colored bike lanes (green/red) and crosswalks improve pedestrian safety .
High-Risk Areas: Highway curves, tunnels, and school zones use yellow/red markings for high-visibility alerts .
Decorative Projects: Airport runways and cityscapes employ custom colors for branding and wayfinding .
Best Practices for Application
Surface Prep: Clean roads of oil/debris; apply primer on concrete to prevent peeling .
Temperature Control: Maintain 180–200°C during melting to avoid scorching or poor adhesion .
Weather Compliance: Avoid rain or sub-0°C conditions; summer applications require early-morning scheduling .
