Amagogo Safety Bollard Post Safe Bollard Accessories Metal Parking Bollards Driveway Post Bollard 20'' H Parking Barriers for Residential Communities Cross Street Lanes

• 【Package Includes】: Each package contains a Parking Bollard, making it easy to order as many as you need for your specific requirements.
• 【Versatile Use】: This Safe Bollard is primarily designed for road intersections, sidewalks, and other areas that require caution. It serves as a guide to alert and direct traffic. Ideal for street lanes, residential communities, hotels, supermarkets, and places where people gather.
• 【Fixed Design】: This Parking Barrier features a fixed design that provides stability and prevents movement or displacement ensuring maximum safe on roads or pedestrian paths.
• 【Dimensions】: The height of the Safe Bollard Post is 19.69inch which makes it visible from a distance ensuring safe in high traffic areas.
• 【Material】: The Bollard Post is made of carbon steel which ensures durability and longevity even in the most demanding conditions.

Description: - 【Versatile Use】: This Safe Bollard is primarily designed for road intersections, sidewalks, and other areas that require caution. It serves as a guide to alert and direct traffic. Ideal for street lanes, residential communities, hotels, supermarkets, and places where people gather. - 【Material】: The Bollard Post is made of carbon steel which ensures durability and longevity even in the most demanding conditions. - 【Dimensions】: The height of the Safe Bollard Post is 19.69inch which makes it visible from a distance ensuring safe in high traffic areas. - 【Fixed Design】: This Parking Barrier features a fixed design that provides stability and prevents movement or displacement ensuring maximum safe on roads or pedestrian paths. - 【Package Includes】: Each package contains a Parking Bollard, making it easy to order as many as you need for your specific requirements. Specification: - Height: 50cm/19.69inch Package Includes: 1 Bollard Post Note: Please allow slightly errors 1-2cm differences due to manual measurement.