Alert drivers to dangerous dips with our LADWA Cautionary Retro Reflective Road Signage. This 600 mm triangle sign ensures high visibility, day or night, on highways and roads, enhancing safety for all.

Key Features:

• The sign features a durable ACP (Aluminium Composite Panel) substrate, 3mm thick, providing a strong base. It uses HIP (High Intensity Prismatic) sheeting for excellent visibility, especially in low-light settings. The HIP sheet is securely affixed to the ACP substrate, with the design or text screen printed for clear and long-lasting visibility.

Additional Features:

• • Durable Construction: Our road sign boards are meticulously crafted from premium materials such as rust-free aluminum, ensuring long-lasting durability for both indoor and outdoor use. They remain in excellent condition even after prolonged exposure to the elements, making them ideal for highway signage, toll plaza sign boards, road signage, and retro reflective sign boards.
  • Fade-Resistant Graphics: The graphics and wording on our road traffic signs are engineered to withstand harsh weather conditions without fading. This guarantees long-lasting visibility and effectiveness, especially for retro reflective signage and road signage.
  • Thoughtful Design: Our signs are designed with careful attention to size and layout, ensuring clear visibility and understanding of the wording, including traffic signs, without overwhelming the viewer
  • Professional Look: Whether used personally or professionally, our signs convey a sleek and authoritative appearance with professional graphics. They meet the highest standards for road signs and retro reflective signage.
  • Versatile Applications: Our signage is versatile, suitable for crossroads, intersections, and areas needing cautionary alerts. It complies with regulatory road safety standards, making it a valuable asset to any traffic management strategy.
  • Easy Installation: Designed for hassle-free installation, our traffic signage can be securely mounted on poles, walls, or road barriers, ensuring proper placement for maximum impact and effectiveness.