The 6-strand stainless steel cable design is the key feature of this guardrail, providing high tensile strength (120kN per cable) to absorb impact energy without permanent deformation. The powder-coated aluminum posts offer good scratch and fade resistance, with customizable color options to integrate with building facades, streetlights, or public art installations. Unlike solid beam barriers, the cable system maintains an unobstructed line of sight, which is critical for urban areas with crosswalks, storefronts, and pedestrian activity. The modular design allows for individual cables to be repaired or replaced without removing entire sections, reducing maintenance time and costs by 60% compared to traditional guardrails. Additional benefits include lightweight construction (28kg per meter) for easy installation without heavy machinery, compatibility with pedestrian handrail grips, and compliance with European EN 1317 safety standards for urban traffic barriers.
Each meter of the guardrail features six 16mm diameter stainless steel 304 cables, each with a tensile strength of 120kN. The aluminum alloy 6061-T6 posts measure 900mm in height above ground, with a spacing of 3000mm between posts. The powder coating on posts has a minimum thickness of 70μm to ensure long-term weather resistance. The guardrail is rated for maximum impact speeds of 80km/h, with a maximum deflection of 1.5 meters to redirect errant vehicles safely. Each meter weighs 28kg, and the operating temperature range spans from -30°C to 70°C, suitable for both cold and hot urban climates. Installation can be done via surface-mounted or in-ground anchors, with a typical installation time of 3 workers per 100 meters in 6 hours. The guardrail is compatible with pedestrian safety accessories such as non-slip handrail grips, and all components meet ISO 1461 corrosion resistance standards.
This guardrail is designed for urban traffic and pedestrian safety scenarios, including mixed-traffic city streets where vehicle and pedestrian paths intersect, pedestrian malls to prevent vehicle intrusion, bike lanes adjacent to car traffic to protect cyclists, and residential community roads to safeguard children and pedestrians near playgrounds. It is also ideal for commercial district parking lot perimeters, scenic urban roads with historic buildings, bridge walkways over urban rivers, hospital and school zone entrances, and urban greenway edges. Its customizable color options make it a popular choice for downtown plazas, outdoor shopping centers, and public transit stops where aesthetic appeal is a key consideration. Additionally, the corrosion-resistant stainless steel cables make it suitable for coastal urban areas where salt air accelerates wear on traditional metal barriers.
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