• Structural durability: Painted steel resists adverse weather conditions and mechanical wear, ensuring longevity without frequent maintenance.
• Optimal visibility: The white and red combination ensures immediate recognition even in low light conditions, reducing the risk of accidental impacts.
• Flexible space management: The removability allows for quick reconfiguration of parking areas without structural interventions, adapting to seasonal or temporary needs.
• Stability and safety: The 61 mm diameter and 900 mm height guarantee effective delimitation of reserved zones, preventing unauthorized access.
• Functional design: The flat head and the absence of protruding elements reduce the risk of accidental damage and simplify cleaning and maintenance operations.

The h328_31 bollard is ideal for parking areas in public and private spaces, where it is necessary to delimit zones reserved for authorized vehicles or prevent parking in prohibited areas. It finds application in urban contexts (condominium parking lots, hospital facilities, shopping centers), in industrial settings (company parking lots, loading/unloading zones), and in private areas (villas, resorts, hospitality facilities).

Its removability makes it particularly suitable for temporary or seasonal situations, allowing the bollards to be installed and removed without damaging the road surface. The height of 900 mm ensures visibility even from moving vehicles, making it effective for the prevention of unauthorized access and for the dynamic management of circulation in high-traffic environments.

Choose the h328_31 bollard when you need visible and removable delimitation of parking areas or restricted access, without resorting to fixed installations or permanent infrastructure. It is the right solution if your space requires management flexibility — the ability to add, move, or remove elements quickly and without construction work.

It represents the ideal choice in environments exposed to atmospheric agents, where the protective coating of the steel is essential to maintain integrity and appearance over time. The height and diameter meet the visibility and stability requirements for areas with moderate to medium traffic. Operational prerequisites include a regular ground surface (asphalt, concrete) for the removable anchoring and clear communication to users regarding the delimiting function of the bollards.

What is the diameter and height of the bollard?

The h328_31 bollard has a diameter of 61 mm and a height above ground of 900 mm. These dimensions guarantee sufficient visibility even from moving vehicles, while maintaining adequate structural stability for medium-intensity applications.

Is the bollard fixed or removable?

It is removable. This feature allows the bollard to be installed and removed without damaging the road surface, offering maximum flexibility for reconfiguring parking areas based on seasonal, temporary, or organizational needs.

How does the white and red color contribute to effectiveness?

The white and red combination ensures high visual contrast and immediate recognition, even in low light conditions or high-traffic environments. This color scheme is internationally recognized for signaling obstacles and prohibited zones.

Is it suitable for outdoor use and weathering?

Yes. The protective coating of the steel ensures resistance to rain, humidity, UV rays, and thermal variations. The material is specifically treated for outdoor environments, ensuring durability and maintenance of the aesthetic appearance over time.

What are the installation requirements?

The removable bollard requires a regular and stable surface (asphalt, concrete) and an appropriate anchoring system. It does not require permanent civil works, but it is advisable to check the resistance of the ground to ensure correct stability during use.

How does it compare to fixed bollards in terms of functionality?

Compared to fixed bollards, the removable h328_31 model offers superior operational flexibility, allowing for rapid reconfigurations without removal costs or damage to structures. It maintains equal levels of visibility and delimitation but allows for dynamic adaptations of spaces.