Crafted with a 15mm thick solid rubber base and 6mm thick reinforced PVC cone body, this traffic cone delivers exceptional crush resistance, withstanding impacts and crushing from 20-ton heavy-duty vehicles without cracking or deforming. The diamond-grade reflective sheeting is applied using a permanent adhesive, ensuring it remains intact even after years of exposure to UV rays, rain, and road debris. The built-in carrying handle makes it easy to transport and deploy, despite its 12kg weight. The rubber base provides excellent grip on pavement surfaces, preventing sliding or tipping even in strong winds or when hit by vehicle tires. This cone solves the pain points of frequent cone replacement in heavy-traffic areas, low visibility in long-distance highway scenarios, and instability in windy conditions, providing a reliable, long-term safety solution for high-load environments. It also meets EN 13422 standards, ensuring compliance with international safety regulations.
The overall height of this traffic cone is 900mm, with a base diameter of 500mm, ensuring optimal visibility for drivers from over 500 meters away on highways and open areas. The cone body is made of 6mm thick high-density reinforced PVC, which is resistant to impact, corrosion, and deformation. The rubber base has a thickness of 15mm, providing a stable foundation with excellent anti-slip performance on asphalt, concrete, and gravel surfaces. The net weight of the cone is 12kg, making it heavy enough to resist sliding or tipping in strong winds up to 150km/h. The diamond-grade reflective sheeting is 120mm wide and wrapped around the upper 2/3 of the cone body, meeting EN 13422 Class 1 standards for visibility. It can withstand a temperature range of -45℃ to 65℃, making it suitable for use in extreme cold or hot climates. The cone’s carrying handle is made of durable plastic, allowing for easy transport by a single person.
This heavy-duty traffic cone is ideally suited for high-traffic, heavy-load environments where standard cones would quickly wear out or be damaged. In highway toll stations, it is used to guide vehicles to toll booths, separate different lanes, and protect toll booth personnel from passing vehicles. In logistics parks and warehouse yards, it helps organize vehicle movement, mark loading and unloading zones, and protect workers from forklifts and heavy trucks. It is also widely applied in port terminals and airport cargo areas, where it guides container trucks and cargo vehicles to prevent collisions and ensure efficient operations. Additionally, it can be used in temporary road closures for heavy equipment transport, where it provides a strong, visible barrier to alert other drivers to the presence of oversized vehicles. Its crush resistance and durability make it a cost-effective solution for long-term use in high-intensity traffic scenarios.
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