
The Type II barricade is a versatile and highly effective solution for directing traffic or marking hazardous areas. With two reflective panels, this barricade provides improved visibility compared to the Type I barricade, making it suitable for moderate to high-traffic zones. Constructed from durable materials like high-density plastic or steel, it can withstand environmental challenges such as rain, wind, and UV exposure, ensuring long-lasting use.
The barricade’s stable base prevents tipping, and it can be weighted further for use in areas with high winds or traffic speeds. Designed for portability, the Type II barricade is lightweight and foldable, making it easy to transport and store. Its reflective panels meet MUTCD guidelines, ensuring compliance with safety standards for optimal performance in guiding traffic.
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An A-frame barrier is a safety device designed to hold barrier boards securely in place, typically used at construction sites or roadworks. Its A-shaped structure provides stability and visibility, effectively warning drivers and pedestrians of hazards.
A-frame legs feature a triangular design for enhanced stability, while Y-frame legs have a forked shape that offers flexibility. Both are used for barrier boards, but A-frame legs generally provide superior support and balance.
A barrier board frame is a structural support system designed to hold barrier boards in position. It ensures that the boards remain upright and visible, including A-frame legs and other designs to maximize stability and safety.
An A-Frame Leg For Barrier Board is commonly made from heavy-duty materials, such as steel or aluminum. These A-frame steel legs are designed to withstand harsh conditions and provide reliable support for barrier boards.
To install the barrier board on the A-frame legs, first, secure the legs to the ground. Then, pass the barrier board through the top of the A-frame and secure them with clamps or brackets to ensure stability and visibility.
To make barrier board legs, begin with sturdy materials like steel or aluminum. Cut the material into appropriate lengths, then assemble them into an A-frame design for stability. Finally, add support features to ensure the legs can hold the barrier board securely.
