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Safer surfaces · Clearer guidance · Lasting performance

Colored Anti-Skid Pavement Solutions

Application-focused colored surfacing systems engineered to improve skid resistance, traffic guidance and long-term durability across roads, bridges and public infrastructure.

Solution article

High‑Friction Road Surfacing for Toll Plaza Safety Improvement

Toll plazas suffer heavy wear from frequent vehicle braking. This article introduces high‑friction road surfacing, covering its anti‑slip performance, visual warning effect and construction merits. It shows how this material improves safety and lowers maintenance costs for toll‑station road surfaces.

Temporary Traffic Diversion

High‑Friction Road Surfacing for Toll Plaza Safety Improvement

Highway toll plazas are high‑intensity traffic zones where vehicles repeatedly brake, slow down and start up. Constant friction from heavy‑duty trucks easily wears down ordinary asphalt surfaces. Wet pavement further increases skidding risks, bringing safety hazards and frequent pavement damage. High‑friction road surfacing becomes a practical solution for toll‑station road renovation.

This colored anti‑slip surfacing is mixed with wear‑resistant hard aggregates. After construction, it forms a coarse textured layer on the original road base. It maintains stable friction both in dry and rainy conditions, shortening braking distance for incoming vehicles. The prominent red color delivers clear visual warning, reminding drivers to decelerate in advance when approaching toll gates.

High‑friction road surfacing features strong bonding performance. It resists heavy‑load compression, ultraviolet aging and temperature variation, so it will not peel off under frequent vehicle impacts. Most systems adopt cold‑laying construction, cutting down road‑closure time and reducing interference to highway traffic.

Standardized construction and qualified material selection determine long‑term service performance. Deploying high‑friction surfacing at toll plazas effectively lowers skid‑related accidents, reduces pavement wear, and cuts long‑term repair costs for highway management departments.