Thermoplastic road markings are widely used for highways, streets, parking lots, and pedestrian crossings due to their durability, fast drying time, and excellent visibility. Proper application is essential to ensure strong adhesion and long-lasting performance.
The first step in applying thermoplastic markings is surface preparation. The road surface must be clean, dry, and free from dust, oil, or loose materials. Any moisture or dirt may reduce adhesion and cause the markings to peel off prematurely. On concrete or old asphalt surfaces, a primer may be applied to improve bonding.
Next, the thermoplastic paint is heated in a preheater to approximately 180–220°C until it becomes fully molten. The melted material is then transferred into a road marking machine for application. The machine evenly applies the paint to the road surface at the required thickness and width.
After application, glass beads are immediately spread onto the hot marking surface to improve nighttime visibility and reflective performance. The markings usually dry within 3 to 10 minutes, allowing roads to reopen quickly to traffic.
Proper construction techniques help thermoplastic road markings achieve excellent durability and long-term performance.
https://www.road-markingpaints.com/sale-47322029-high-reflective-thermoplastic-road-marking-paint-with-fast-drying-and-customizable-colors.html
Thermoplastic road markings are widely used for highways, streets, parking lots, and pedestrian crossings due to their durability, fast drying time, and excellent visibility. Proper application is essential to ensure strong adhesion and long-lasting performance.
The first step in applying thermoplastic markings is surface preparation. The road surface must be clean, dry, and free from dust, oil, or loose materials. Any moisture or dirt may reduce adhesion and cause the markings to peel off prematurely. On concrete or old asphalt surfaces, a primer may be applied to improve bonding.
Next, the thermoplastic paint is heated in a preheater to approximately 180–220°C until it becomes fully molten. The melted material is then transferred into a road marking machine for application. The machine evenly applies the paint to the road surface at the required thickness and width.
After application, glass beads are immediately spread onto the hot marking surface to improve nighttime visibility and reflective performance. The markings usually dry within 3 to 10 minutes, allowing roads to reopen quickly to traffic.
Proper construction techniques help thermoplastic road markings achieve excellent durability and long-term performance.
https://www.road-markingpaints.com/sale-47322029-high-reflective-thermoplastic-road-marking-paint-with-fast-drying-and-customizable-colors.html
