Road Glass Beads
Bright Smooth Appearance Road Glass Beads with Diverse Size Options and High Refractive Index for Road Marking
Custom Colors Industrial Epoxy Floor Coating Water Based Anti Static Floor Paint Road marking glass bead is made from glass sand and waste glass as raw materials. After high-temperature melting, it forms small glass beads that appear as spherical, colorless, transparent particles under the microscope, with diameters ranging from 75 microns to 1400 microns. The primary production process for road reflective glass beads is the flame floating method. Road marking glass beads are
Reflective Glass Spheres for Road Marking with Refractive Index 1.53-1.93 and 30% Increased Utilization Rate
Intermix & Drop-on Glass Beads for Road Marking | Reflective Glass Spheres for Thermoplastic & Cold Spray Road Paint Glass beads serve as high-performance, organic materials that reduce surface adsorption of dust in the air. Due to the inclusion of specific coupling agents, these beads enhance cohesive force with coatings, preventing tiny glass beads from sinking into the coating. Their flotation functionality allows them to remain on the surface, providing a larger
EN1423 and EN1424 Standard Environmental Friendly Glass Beads with Multiple Refractive Index Options for Road Marking
European Standard EN1423 and EN1424 Glass Beads for Line Marking Reflective and Pavement Marking Glass beads are used as a high-performance, organic material that reduces surface adsorption of dust in the air. Due to the specific coupling agent contained in the glass beads, the cohesive force between beads and coating is improved, preventing tiny glass beads from sinking into the coating. Because of their flotation function, when used they float on the surface coating,
EN1423 and EN1424 compliant road glass beads with high refractive index (Nd≥1.5) for improved wet night visibility in traffic lines
EN1423 and EN1424 Road Glass Beads for Road Surface - Improves Wet Night Visibility in Traffic Lines Glass beads are used as high-performance, organic materials applied externally to enhance road marking visibility. These specialized beads reduce surface adsorption of dust in the air due to containing specific coupling agents that improve cohesion with coatings. This prevents tiny glass beads from sinking into the coating, and their flotation function allows them to remain on