Tel: +86 139 0589 5606
E-mail:info@globri.com
Tel: +86 139 0589 5606
E-mail:info@globri.com
Pavement markings are directly related to the safety of pedestrian travel and patrol operations at night. Traditional reflective markings rely on vehicle lights or external lighting, making them hard to see for pedestrians and unlit patrols. Visual blind spots easily form on remote roads, in tunnels, underground passages and power outage scenarios.
Globright inorganic self-luminous granules and panels require no electricity. They absorb and store light energy by day and emit light continuously for more than 10 hours at night. Even without vehicle headlights or lighting, they can clearly display road boundaries and travel directions, providing continuous and stable safety guidance for nighttime walking, patrols and emergency evacuation. They truly realize the goal of "self-luminous pavement markings for worry-free nighttime patrols", and serve as an innovative solution to improve the quality and efficiency of road safety systems in various fields.
Traditional reflective markings can only form reflective images under the irradiation of external light sources such as vehicle headlights and street lamps. On unlit rural roads, remote reservoir sections, or in scenarios such as tunnel power outages and underground passage lighting failures, markings lose their visual effect instantly. Pedestrians and patrol personnel cannot accurately identify road boundaries and alignment at night, which can easily cause safety accidents.
Ordinary hot-melt and cold-spray markings suffer from wear and peeling, failure of reflective microbeads and faded blurred colors after long-term vehicle rolling, rain scouring and ultraviolet exposure. They usually need to be repainted every 1–2 years. For scattered road sections such as remote rural mountainous areas, dyke reservoirs and industrial & mining plants, high round-trip maintenance costs and difficult operation lead to persistently high full-life-cycle operation and maintenance investment.
Special scenarios such as waterfront and cliffside roads, dyke patrol passages and industrial & mining operation roads generally face humidity, dust and environmental corrosion. Traditional markings wear out faster and have shorter service lives, resulting in higher operating costs.
With rare earth inorganic light-storing materials as the core, inorganic self-luminous pavement markings are implemented in two forms: mixed self-luminous granules and prefabricated panels. They comprehensively break through the performance bottlenecks of traditional markings in terms of luminescence mechanism, material properties and form adaptability.
Relying on the pure physical light-storing luminescence principle, the products complete light energy storage through natural light and ambient lighting by day, requiring no wiring or power supply and consuming no energy. When entering dark environments, they automatically release light, with a continuous self-luminous duration of more than 10 hours, fully covering the whole nighttime period from dusk to dawn. Even in the event of regional power outages and no lighting, they can stably perform guiding functions, completely getting rid of dependence on power systems and external light sources.
In daytime, the markings feature standard colors and clear boundaries, with the same visual effect as conventional road markings, fully meeting the requirements of industry standardized management. At night or in dim environments, they emit light actively, with striking line contours that can be clearly identified without relying on any external light source. In extreme scenarios such as power-outage tunnels, underground passages and remote unlit road sections, they still maintain stable visual effects, fundamentally eliminating nighttime road visual blind spots.
Inorganic panels and granules sintered from multiple inorganic minerals at temperatures of over 1000°C feature a dense and stable structure. They boast excellent properties including high hardness, corrosion resistance, extreme temperature tolerance, rolling resistance, water immersion resistance and UV aging resistance, and can easily cope with complex road environments such as open-air sun exposure, waterfront humidity, and dusty corrosive industrial & mining areas. The products require no frequent repainting and maintenance, and their full-life-cycle operation and maintenance cost is far lower than that of traditional reflective markings.
Application scenarios: Edge lines of unlit urban roads, crosswalk warning lines, underground passage markings, lane edge lines in tunnels, unlit sections of backstreets and alleys, and municipal nighttime patrol footpath lines.
Solution value: It effectively makes up for the marking visibility gap of urban branch roads and tunnel power outage scenarios, provides clear boundary and direction guidance for nighttime municipal patrols, non-motor vehicle traffic and walking, reduces nighttime travel safety hazards, and improves the refined level of urban road nighttime safety management.
Application scenarios: Waterfront and cliffside sections of national and provincial trunk roads, curve edge lines of mountain highways, carriageway and emergency lane markings in tunnels, unlit sections of rural highways, and highway maintenance patrol passages.
Solution value: It solves the industry pain point of marking failure in remote mountainous highways, rural highways and tunnel power outage scenarios, clearly outlines road boundaries and alignment, reduces the safety risks of nighttime vehicle rollover and cliff falls, and improves the operation efficiency and traffic safety of highway maintenance nighttime patrols.
Application scenarios: Dyke crest patrol roads, reservoir ring roads, sluice station operation passages, canal-side footpaths and flood control emergency channel markings.
Solution value: It continues to emit light under extreme working conditions such as flood season power outages and nighttime dyke patrols, clearly marks road boundaries, patrol routes and emergency channel directions, ensures the safety of water conservancy nighttime patrol operations, facilitates rapid passage of flood control emergency vehicles and personnel, and provides reliable road visual support for water conservancy disaster prevention and mitigation.
Application scenarios: Substation patrol roads, mining production and transportation roads, plant safety passage markings, high-risk area boundary warning lines and underground emergency passage markings.
Solution value: It realizes all-day clear guidance without power supply, maintains visual effects even in harsh environments such as industrial and mining power outages, standardizes the traffic routes of operation vehicles and patrol personnel, clarifies high-risk area boundaries, and ensures production operation and patrol safety.
Application scenarios: Scenic sightseeing trails, park ring roads, internal roads of industrial parks, parking space markings and nighttime security patrol routes.
Solution value: The soft nighttime light produces no glare or light pollution, balancing landscape quality and functionality. It not only provides clear direction guidance for tourists' nighttime visits, but also serves as a route reference for park security patrols, simultaneously improving the nighttime safety level and landscape quality of the park.
Application scenarios: Temporary rescue channels, construction detour roads, post-disaster risk elimination access roads and temporary control boundary lines.
Solution value: It can be quickly deployed and put into use without supporting power facilities. It can immediately play a guiding role in scenarios such as disaster power outages and nighttime rescue, ensuring rapid passage of rescue vehicles and personnel, and buying precious time for emergency response.
With core advantages of "power-free operation, autonomous daytime light absorption, over 10 hours of nighttime self-luminescence, and visibility even in power outages and lightless environments", inorganic self-luminous pavement markings provide clear boundary definition and direction guidance for various pavements, truly realizing "self-luminous pavement markings for worry-free nighttime patrols". It is not only a technical upgrade of road marking materials, but also an important reinforcement of road safety systems in various fields. With passive, long-lasting and all-weather characteristics, it achieves multiple improvements in safety benefits, operation and maintenance benefits, efficiency benefits and emergency benefits.
