Inground Bollard - 165mm

eSafety Supplies Industrial Bollards are essential for your asset protection and traffic control needs. These striking bollards are perfect for restricting vehicle access whilst allowing pedestrians to pass through. Our security bollards act as a strong barrier to protect your property against vehicles.
Ideal for areas with a mix of foot traffic and vehicle access, our sturdy and functional bollards will surely bring extra assurance and safety for loading docks, carparks and driveways.

Features:

• Sturdy 165mm diameter for visibility and impact resistance
• Inground installation for a clean and seamless look
• Durable construction suitable for high-traffic environments
• Versatile for traffic control and landscape applications
• Provides a bold presence in urban and commercial settings

Use Cases:

Use Case 1: High-Traffic Urban Settings

The Inground Bollard with a sturdy 165mm diameter is well-suited for high-traffic urban settings. These bollards can be strategically placed in busy areas such as city centers or commercial districts to provide a bold presence. Their durable construction and impact resistance make them effective barriers for protecting property against vehicles while ensuring pedestrian access.

Use Case 2: Commercial Landscape Enhancement

In commercial landscapes, these bollards can serve a dual purpose of enhancing the overall aesthetics while providing security. The 165mm diameter offers visibility and impact resistance, making them suitable for areas with a mix of foot traffic and vehicles. The inground installation ensures a clean and seamless look, contributing to the overall appeal of the landscape.

Use Case 3: Loading Dock Safety in High-Traffic Environments

For loading docks in environments with high traffic, such as distribution centers or busy warehouses, the Inground Bollard is an ideal solution. The sturdy 165mm diameter provides visibility and impact resistance necessary for managing vehicle flow. Their inground installation maintains a clean and seamless appearance, contributing to the safety and efficiency of loading operations in high-traffic settings.