mon-fri 9-13 / 14.30-18.30
Concrete bollard with light-colored exposed aggregates, Ø 20 cm, h 42 cm. Self-standing element for area delimitation and parking inhibition in urban contexts.
Cylindrical reinforced concrete bollard for urban furniture, Ø 310x400 mm, with galvanized eyebolt and anchoring bush for squares and historic centers.
Square-based bollard in vibrated reinforced concrete, height 600 mm and weight 95 kg. Equipped with eyebolt and M16 bushing for driveway area delimitation.
Boundary bollard for urban furniture. Made of concrete and featuring light-colored exposed aggregates. Base 25x25 cm. Height: 50 cm.
Bollard for urban furniture made of concrete and available in different finishes. Height 600 mm. Base Ø 350 mm.
Concrete bollard for urban furniture made of concrete and available in various finishes. Dimensions: Ø 40 x h 40 cm. Weight: 90 kg. Made in Italy. CAM product.
Concrete urban furniture bollard equipped with an eyebolt. Available in various finishes. Dimensions: Ø base 450 x h. 700 mm. Italian product.
Vibrated reinforced concrete road bollard Ø 450 mm, h 520 mm. Equipped with eyebolt for chain, ideal for pedestrian area delimitation and safety.
Reinforced concrete bollard Ø 40x50 cm (111 kg). High-resistance physical barrier with upper ring for handling and chains.
Concrete ’panettone’ bollard Ø 40 cm with reflective band, weight 90 kg, ideal for urban area delimitation and road safety.
Bollard with hexagonal base ideal for delimiting city areas. Available in various finishes. Height: 810 mm. Base diameter: 310/500 mm
High-resistance concrete traffic bollard. Available in different finishes. Dimensions: Ø 33 x h.60 cm. Italian CAM product.
Vibrated and sandblasted reinforced concrete bollard Ø 500x800 mm. Weight 240 kg, equipped with galvanized eyebolt for chain, ideal for public areas.
Truncated-conical bollard in concrete conglomerate (102 kg). Height 73 cm, essential design for delimiting pedestrian areas and urban furniture.
Cubic concrete bollard 35x35x70 cm with chain rings, steel reinforcement and CAM compliance for the delimitation of pedestrian areas.
Concrete urban furniture bollard available in various finishes. Equipped with upper ring. Dimensions: 40x40xh.50 cm. Made in Italy. CAM product.
Concrete and Rosso Verona marble grit bollard Ø50xH70 cm. Self-standing model with chain ring and decorative aluminum band.
Cylindrical road bollard in concrete and marble conglomerate, Ø40xH37 cm. Self-standing solution for the delimitation of pedestrian and historical areas.
Truncated pyramidal bollard in concrete and marble conglomerate, triangular base 64x45 cm. Self-weighting structure for installation without mechanical fixing.
Concrete road bollard for public spaces and urban furniture. Dimensions: Ø 50 x h.75 cm. Available in two different finishes.
Urban furniture bollard made of concrete with a copper-colored aluminum band. Dimensions: Ø 50 x h.55 cm.
Concrete bollard available in various finishes. Equipped with an upper ring and a copper-colored aluminum band. 100% Made in Italy CAM product. Dimensions: Ø 50 x h.75 cm.
Square concrete traffic diverter (40x40x45 cm), ideal for vehicular delimitation with geometric design and variable chromatic finishes.
Concrete road bollard available in various finishes. Dimensions: Ø 52 x h 52 cm. Weight: 200 kg. Italian product.
Reinforced concrete road bollard, 41x41x65 cm, 85 kg. Equipped with a chain ring and compliant with CAM criteria for urban furniture.
Traffic bollard made of high-strength concrete. Dimensions: 45x45xh.80 cm. Available in various finishes. CAM-compliant product.
High-quality concrete cross-shaped traffic bollard, 41x41x70 cm, 100 kg. Resistant and CAM compliant for pedestrian and private areas.
Concrete road bollard Ø60xH70 cm with aluminum band and chain ring. Self-standing surface-mount installation for pedestrian areas and LTZs.
High-strength white concrete bollard, 450x450x450 mm. Travertine-effect finish and internal iron reinforcement for safe urban furniture.
Reinforced concrete road bollard Ø52x52 cm, weight 200 kg, with hook ring and reflective band for the delimitation of areas and parking lots.
Concrete and lava stone bollard for urban furniture, Ø40xH85 cm, equipped with a ring for the delimitation and protection of public areas.
Cylindrical fiber-reinforced concrete bollard, diameter 30 cm. Resistant street furniture element for delimiting pedestrian zones.
Truncated pyramidal bollard in concrete and marble conglomerate, 180 kg, 45x45x65h cm. Ideal for delimiting urban areas and vehicle parking.
Water-repellent concrete road bollard, 46x46x40 cm, 220 kg. Equipped with a galvanized eyebolt for handling and security chain attachment.
Concrete bollard with lava stone aggregates, Ø 80 x H 115 cm, equipped with side rings. Robust solution for the delimitation of pedestrian areas.
Octagonal fiber-reinforced concrete bollard, Ø 35 x H.62 cm. Heavy-duty solution for urban furniture and access control in historic centers.
Cylindrical fiber-reinforced concrete bollard Ø 28 cm x H 50 cm, 80 kg. With rust-proof nickel band for pedestrian area delimitation.
Concrete and marble mosaic bollard, Ø 50 cm, 100 kg. High-resistance decorative element for the delimitation of pedestrian areas.
Fiber-reinforced concrete bollard and seat (45x45x49 cm) with polished finish. Multi-purpose urban furniture element for delimitation and seating.
Fiber-reinforced concrete bollard with marble and granite inserts. Diameter 60 cm, weight 265 kg, freestanding installation and multiple finishes.
Urban furniture bollards represent indispensable structural elements for the rational management of vehicle flows and the protection of pedestrian spaces within city areas and industrial premises. These devices are not limited to a physical barrier function, but are integrated into the architectural fabric, acting as mediators between active traffic and the safety of passers-by. The adoption of an adequate deterrence system allows for the prevention of illegal parking, the delimitation of limited traffic areas and the protection of sensitive infrastructure, while ensuring an aesthetic impact consistent with the surrounding context.
The choice of a bollard implies a deep evaluation of mechanical performance, resistance to atmospheric agents and installation methods, which can vary from permanent fixing to the ground to mobile systems for temporary access. Making a conscious selection means analyzing the characteristics of materials, such as stainless steel, cast iron or concrete, in relation to the workload and the frequency of use expected for that specific passage or urban perimeter.
The integration of traffic bollards into an urban planning project responds to needs for safety and order that go far beyond simple prohibition of vehicle passage. These tools are designed to absorb or deflect travel trajectories, creating respect zones for pedestrians, cyclists and vulnerable road users. In high-density residential or commercial contexts, the use of professional bollards allows for the establishment of a clear hierarchy between spaces, drastically reducing the risk of accidents resulting from improper maneuvers or unauthorized access in reserved areas.
From an asset and public management perspective, installing high-quality solutions reduces long-term maintenance costs and protects existing urban furniture, such as benches, planters and monuments, from the accidental impact of vehicles. Furthermore, the presence of certified bollards increases the perception of safety among citizens, enhancing the urban environment and favoring the livability of open spaces. The structural robustness of these elements guarantees a multi-year durability even in adverse weather conditions or in environments characterized by high salinity, such as coastal locations, where corrosion could compromise the integrity of non-professional products.
The effectiveness of deterrence systems also lies in their ability to act as a visual deterrent, immediately communicating the nature of the protected area without the need for bulky vertical signs or invasive barriers. In industrial or logistical sectors, bollards are used to delimit loading and unloading lanes, protect warehouse pillars and separate forklift transit areas from those reserved for personnel. This application versatility makes the bollard a fundamental component not only for municipalities and public administrations, but also for managers of private car parks, shopping centers and residential complexes that require rigorous and efficient access control.
Choosing products made with advanced surface treatments, such as hot-dip galvanizing or epoxy powder coating, ensures that the device maintains its mechanical and aesthetic characteristics unaltered over time. Impact resistance is the reference technical parameter: a correctly sized bollard must be able to stop or slow down a moving vehicle based on the specific safety needs of the installation area, balancing structural rigidity with programmed deformation capacity to minimize damage in the event of low-speed collisions.
The technological landscape of urban furniture bollards offers a wide range of solutions differentiated mainly by the actuation mechanism and the construction materials used. Fixed bollards represent the traditional choice for the permanent delimitation of pedestrian areas or for the protection of sidewalks; they are anchored directly to the ground by embedding in concrete or fixing with flange and plugs, offering maximum mechanical resistance. Conversely, mobile or removable bollards are equipped with key systems or removable bases, ideal for passages that must be opened occasionally for the passage of emergency vehicles or for urban maintenance operations.
For automated flow management, retractable bollards (pneumatic or electromechanical) represent the technical vanguard: these cylinders retract into the road surface, allowing vehicle transit without creating physical obstacles when they are not active. The stainless steel variants are particularly appreciated for modern and prestigious contexts, thanks to their innate resistance to rust and the polished or satin finish that gives a contemporary look. Cast iron, on the other hand, remains the material of choice for historic centers, where the classic design blends perfectly with period architecture, while guaranteeing a high mass for effective physical contrast.
In addition to functional differences, bollards are distinguished by their format and nighttime visibility, often increased through the application of retroreflective strips or the integration of LED lights on the cylinder head. There are flexible models, made of high-shape-memory plastic materials, capable of bending in case of impact and returning to their original position without being damaged or damaging the vehicle; these are particularly suitable for narrow maneuvering areas or car parks where impact is a frequent event. Concrete or reconstituted stone bollards, for their part, offer a heavy and stable aesthetic solution, often used in combination with chains to create long and continuous perimeter delimitations.
The diversification of diameters and heights above ground allows the protection to be configured based on the type of prevailing traffic: taller bollards are necessary to be visible to drivers of heavy vehicles or SUVs, while standard height models (about 60-80 cm) are sufficient for normal city traffic. Each variant requires a specific analysis of the installation substrate, as the stability of a bollard depends as much on the quality of the product as on the solidity of the base on which it is mounted, especially in the case of models intended for passive anti-ram security.
The selection of the ideal bollard requires a preliminary analysis of the context of use that goes beyond the simple aesthetic aspect. The first factor to consider is the frequency of access: if the protected area must be accessible several times a day to residents or service vehicles, it is essential to opt for automatic retractable bollards or semi-automatic systems that do not require physical effort for movement. In areas where access is required only rarely, such as for street cleaning or emergency interventions, a removable model with a triangular key or European cylinder represents an economical and effective solution.
A common mistake in the purchasing phase is underestimating the nature of the soil: the installation of fixed bollards requires an adequate excavation depth to guarantee stability against lateral stresses, while for retractable models it is critical to provide an effective rainwater drainage system to avoid stagnation inside the pit, a main cause of electrical malfunctions or premature oxidation of mechanical components. The useful height of the bollard must also be evaluated: a device that is too low might not be seen during reversing maneuvers, causing continuous accidental damage that could be avoided with the use of high-intensity reflective strips or contrasting colors.
Another fundamental criterion concerns the level of security required by the site. In sensitive areas, such as embassies, banks or crowded squares, it is necessary to orient towards certified bollards with impact resistance calculated in Joules, capable of resisting forced intrusion attempts. In these cases, the internal structure of the bollard is reinforced and the anchoring system is dimensioned to dissipate the energy of a high-speed impact. On the contrary, for the simple protection of a private sidewalk, a steel tubular bollard with plug fixing may be sufficient, reducing installation costs.
It is equally important to verify the compatibility of the materials with the surrounding environment: in mountain areas subject to de-icing salt spreading, or near the sea, AISI 316 stainless steel is the mandatory choice to prevent pitting corrosion. Finally, aesthetics must not be neglected: the design of the bollard must harmonize with other urban furniture elements, such as lighting poles and bins, to avoid a visual fragmentation of the public space. A well-chosen product not only solves a functional traffic problem but contributes to urban decorum and the longevity of the infrastructure investment.
Traffic bollards must respond to specific regulatory requirements that regulate their use and technical characteristics to guarantee public safety. In Italy, the Highway Code defines bollards as artifacts designed to prevent parking or transit in certain areas, establishing that their installation must be authorized by the road owner. It is essential that such devices are clearly visible and that they do not constitute a danger to cyclists or motorcyclists; for this reason, technical regulations often impose the use of specific colors or the integration of retroreflective elements that signal their presence even in low light or fog conditions.
In addition to traffic-related aspects, bollards must comply with European regulations on product safety and, if automated, the Machinery Directive. The latter requires that retractable bollards be equipped with integrated safety systems, such as obstacle detection sensors or acoustic and light signals during movement, to prevent accidental crushing or lifting of people or vehicles passing over the cylinder. Compliance with CE standards is an essential prerequisite for every professional supply, ensuring that the product has been tested to withstand the static and dynamic loads declared by the manufacturer.
An often overlooked aspect concerns the regulations on the removal of architectural barriers: bollards must be positioned so as not to obstruct the passage of wheelchairs or strollers, maintaining minimum gaps compliant with current legislation on inclusive mobility. In pedestrian areas, the arrangement of bollards must follow precise patterns that allow for the protection of the perimeter without turning into a physical trap for those with mobility difficulties.
Internationally, impact resistance tests follow standards such as PAS 68 or IWA 14-1, which classify bollards based on their ability to stop vehicles of different masses at varying speeds; these standards are the technical references for the design of anti-terrorism protection systems. The choice of materials must also reflect standards of sustainability and recyclability, with particular attention to the paints used which must be free of heavy metals and resistant to UV rays to avoid superficial chemical degradation. The technical documentation accompanying the product must always include certificates of origin of the materials and declarations of performance (DoP), essential for the testing of public or industrial works.
Explore all the products in the category and compare available solutions to find the one best suited to your operational context.
In coastal environments with a high concentration of salt, the recommended material is AISI 316 stainless steel. Compared to common galvanized steel or AISI 304 stainless steel, the 316 variant contains molybdenum which provides superior resistance to saline corrosion and pitting, ensuring structural integrity and shine over time without the need for frequent protective maintenance.
Yes, automatic bollards require semi-annual checks to ensure operational safety. The main interventions concern cleaning the housing pit to avoid debris accumulation, checking correct rainwater drainage, verifying safety sensors and monitoring fluid levels in hydraulic systems or greasing mechanical components and electric motors.
The fixed bollard is designed for permanent installation via burial or bolted flange, offering constant resistance over time. The removable model is equipped with a base that remains fixed to the ground and an upper body that can be removed by acting on a key lock, allowing temporary access to authorized vehicles or emergency vehicles in normally restricted areas.
The most common heights above ground vary between 600 mm and 800 mm. This measurement ensures that the bollard is visible from the rear-view mirrors of cars and perceivable by pedestrians. In industrial contexts with heavy vehicle transit, models 900-1000 mm high are preferred to avoid accidental collisions due to the raised position of truck driving cabs.
To prevent stagnation, during installation it is necessary to create a base of gravel or draining crushed stone under the bottom of the pit or cylinder. In electromechanical or pneumatic models, it is essential to connect the pit drain to the rainwater drainage network, ensuring that moisture does not damage the internal components and does not compromise the fluidity of the rising movement.
Many manufacturers offer the possibility of customizing the head of the bollard or the cylindrical body via laser engraving or direct casting on cast iron. This option is widely used by municipal administrations to integrate the city coat of arms and by business centers to strengthen brand identity, transforming a safety element into a distinctive and decorative urban furniture complement.
The use of retroreflective strips, typically class 2, is highly recommended and often imposed by local regulations to ensure night safety. These strips allow drivers to identify the obstacle thanks to the reflection of the light from the headlights, reducing the risk of collisions in poorly lit areas and guaranteeing the compliance of the device with safety requirements for public roads.
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