Convex Traffic Mirror UNI 1000 with Hood – Ø980 mm, Plexiglas XT

Convex Traffic Mirror UNI 1000 with Hood – Ø980 mm

The convex traffic mirror UNI 1000 is the largest model in the series, designed for maximum safety and traffic control in complex conditions. With a housing diameter of 980 mm and a reflective surface of Ø960 mm, this convex mirror provides an exceptionally wide viewing angle, making it indispensable on high-speed roads, busy intersections, and at exits from industrial facilities.

The reflective surface is made of Plexiglas XT (acrylic) with a thickness of 3 mm – a material that is significantly stronger and lighter than glass. Thanks to high impact resistance and UV protection, this convex traffic mirror for outdoor use maintains a clear image without fogging or yellowing, even after years of operation.

The housing comes in an orange color, which enhances visibility and ensures that the traffic mirror UNI 1000 is easily recognizable by drivers. A special rubber sealing protects the inside from moisture, guaranteeing durability in all weather conditions – rain, snow, fog, or sudden temperature changes.

The model is equipped with a hood that protects the reflective surface from precipitation and sunlight glare. This makes the convex mirror UNI 1000 particularly effective year-round and especially valuable as a convex traffic mirror for intersection/road, as well as for exits from parking areas and warehouses onto busy highways.

The package includes mounting brackets for Ø57–60 mm poles, allowing quick and secure installation on metal posts. With a net weight of 8.25 kg and a gross weight of 9.85 kg, the spherical convex mirror UNI 1000 is stable, safe, and easy to install by road maintenance teams and contractors.

The convex traffic mirror UNI 1000 is recommended for long-distance observation up to 40 meters. It is ideal for highways, city boulevards, residential complexes, industrial zones, logistics centers, multi-level parking garages, and critical locations where maximum safety is required.