Fluid
Durable
Economical
Retroreflective
Anti-slip
Fluorescent Road Markings are engineered with select long-persistence luminescent materials to deliver enhanced traffic safety in low-light environments.They efficiently capture and store radiant energy from natural or ambient artificial light sources, reaching full activation within 20 to 30 minutes, and maintain consistent high-visibility fluorescence for 8 to 12 hours after dark without any external power input.
Fortified with high-refractive-index optical beads, these markings produce strong retroreflection under vehicle headlights during dawn, dusk and dim conditions, ensuring outstanding visibility even under rain, mist or snow.Constructed with environmentally responsible resin binders, they exhibit superior bonding strength and surface durability, adhering firmly to asphalt, concrete and coarse road surfaces.
This high-performance marking system withstands constant traffic abrasion, ultraviolet aging, temperature fluctuations from -20℃ to 60℃, and chemical attack without peeling or fracturing.
Suitable for motorways, municipal roads, parking areas, pedestrian crossings and tunnels, it significantly reduces accident potential in poorly lit zones and minimizes long-term maintenance requirements.
|
Color |
Yellow/Green |
|
Density (g/cm) |
1.8~2.3 |
|
Heating Temperature |
180℃-220℃ |
|
Softening Point(℃) |
90~125℃ |
|
Drying Time (min) |
Within 3 minutes |
|
Thickness |
1-3mm |
|
Luminous time |
more than 12 hours |
|
Fluidity (s) |
35+/-10 |
|
Package |
25KG/Bag, Pallets also are available |
|
Application |
Recharges with natural light, even under cover in the middle of a forest or in poor conditions (rain, fog…) |
Main Uses Of Fluorescent Road Markings
Fluorescent Road Markings stand as a pioneering eco-friendly traffic safety coating, developed specifically to overcome visibility issues at night and in low-light surroundings while offering outstanding adhesion performance.It works based on a sophisticated light-absorbing and persistent luminescence system: in daylight hours, it effectively captures and reserves light energy from natural sunlight, ambient illumination, and regular artificial light sources such as street lamps and parking lot lighting.This energy storage procedure is fast and effective, achieving full saturation after only a few hours of light exposure, and runs entirely without external power supplies, wiring or battery devices.
APPLICATION
