Applications
- Road Markings: It is most commonly used for marking lanes, road boundaries,
crosswalks, and other traffic control signs on roads, highways, and
parking lots.
- Industrial Flooring: In industrial settings, thermoplastic paint can be used to mark
safety zones, walkways, and storage areas on factory floors due to
its durability and resistance to heavy machinery and industrial
chemicals.
- Sports Facilities: For marking sports fields, such as tennis courts, basketball
courts, and running tracks, where a durable and visible marking
system is required.
Application Process
- Pre-treatment: The surface to be painted, such as a road surface, must be clean,
dry, and free of dust, oil, and loose particles. This is usually
achieved through methods like sandblasting or power washing.
- Heating: The thermoplastic paint is heated in a special kettle or melter to
a temperature typically between 180°C and 220°C (356°F - 428°F),
depending on the specific formulation. At this temperature, the
paint becomes a fluid, viscous liquid that can be easily applied.
- Application: It is then applied using equipment such as a screed applicator or
a spray gun. For road markings, a screed is commonly used to spread
the molten paint evenly at a specific thickness. Glass beads are
often sprinkled onto the wet paint immediately after application to
enhance retroreflectivity, making the markings more visible at
night.
- Cooling and Solidification: Once applied, the paint cools rapidly due to the lower temperature
of the substrate and the surrounding environment. As it cools, it
solidifies into a hard, durable coating within a short period,
usually within a few minutes.
Technical Specification
