Normal Temperature Acrylic for Precise Road Lines

The manufacturing process of thermoplastic road marking paint involves several carefully controlled steps:

• Resin Melting: The first step is to melt the resin in a dedicated heating vessel with carefully controlled temperature to prevent degradation
• Adding Pigments and Fillers: Pigments and fillers are added to determine the paint's color and opacity
• Incorporating Plasticizers: Plasticizers are blended to enhance flexibility and adhesion properties
• Curing Agent Addition: Curing agents ensure the paint solidifies quickly upon application
• Mixing: Thorough stirring ensures even distribution of all ingredients for consistent quality
• Glass Bead Dispersion: Glass beads are added to provide retro-reflectivity for enhanced nighttime visibility
• Cooling and Packaging: The mixture cools and solidifies before packaging into bags or containers

The application of thermoplastic road marking paint involves several key steps:

• Surface Preparation: Road surface must be clean, dry, and free of debris for proper adhesion
• Heating: Thermoplastic paint is heated to specific temperature to melt into liquid form
• Application: Molten paint is applied using specialized thermoplastic road marking machines for precise, uniform markings
• Glass Bead Application: Glass beads are sprinkled immediately after paint application to enhance reflectivity
• Cooling: Painted markings cool and solidify, forming durable bond with the road surface

• Durability: Highly resistant to wear and tear with longer lifespan compared to traditional paint
• Reflectivity: Excellent nighttime visibility through incorporated glass beads
• Quick Drying: Rapid cooling and solidification minimizes traffic disruption during application
• Cost-Effective: Extended lifespan and reduced maintenance requirements provide long-term cost savings

Thermoplastic road marking paint, also called thermoplastic coating or hot melt marking paint, resembles powder paint. A hot melt kettle heats the road marking paint to 200°C, then sprays it onto the road surface. After cooling, the paint becomes wear-resistant, reflective and bright. It dries quickly and can be driven over within minutes. Reflective glass beads are added to improve brightness and durability for nighttime identification.