COLDSHIELD POLYETHYLENE BOLLARDS COMPARED TO TRADITIONAL STEEL

THE ADVANTAGES OF POLYETHYLENE BOLLARDS

When it comes to protecting buildings, equipment, and pedestrian areas from accidental vehicle impacts, bollards are an essential safety measure for door and wall protection. Traditionally, steel bollards have been the go-to choice for many businesses and organisations. However, Coldshield's innovative approach to bollard design offers several advantages over conventional steel options:

FLEXIBLE & IMPACT-ABSORBING

One of the key benefits of Coldshield's bollards is their flexibility and impact-absorbing capabilities. Constructed from high-density polyethylene, these bollards are designed to deflect on impact, effectively dissipating the force of a collision. This unique design protects the bollard from damage and minimises the potential harm to the impacting vehicle. In contrast, traditional steel bollards are rigid and unyielding, often resulting in significant damage to both the bollard and the vehicle in the event of a collision.

CORROSION-RESISTANT & MAINTENANCE-FREE

Unlike steel, which is susceptible to corrosion and requires regular painting or surface treatments, Coldshield's polyethylene bollards are inherently corrosion resistant. Colour is permeated into the material, eliminating the need for repainting and reducing long-term maintenance costs; this feature makes Coldshield's bollards an ideal choice for harsh environments, such as high-moisture areas, corrosive atmospheres, or ultra-clean facilities like food production and processing plus warehousing and cold storage where steel may degrade over time.

VERSATILE & EASY TO INSTALL

The lightweight nature of polyethylene bollards makes them easier to install compared to their steel counterparts. This advantage can translate into significant time and labour savings, particularly in large-scale installations. Additionally, Coldshield's bollards are suitable for a range of applications, from manufacturing and industrial factories to retail spaces, commercial buildings, and parking areas.

IMPACT RECOVERY & DURABILITY

While steel bollards can become permanently deformed or damaged after sustaining a significant impact, Coldshield's polyethylene bollards are designed to recover their original shape. This resilience ensures that the bollards remain functional and effective even after multiple impacts, reducing the need for frequent replacements and associated costs.

ENVIRONMENTAL CONSIDERATIONS

In addition to their practical advantages, polyethylene bollards offer an environmentally friendly alternative to steel. The production of polyethylene has a lower carbon footprint than steel manufacturing, making Coldshield's bollards a more sustainable choice for businesses seeking to reduce their environmental impact.

STRIKING THE RIGHT BALANCE

While Coldshield's polyethylene bollards offer numerous benefits, it's important to note that steel bollards may still be preferable where maximum strength and rigidity are required, such as preventing unauthorised vehicle access to high-security areas. Recognising this, Coldshield also offers steel bollard options to cater to a wide range of customer needs.

Coldshield's innovative approach to bollard design, utilising high-density polyethylene, provides a compelling alternative to traditional steel bollards. With their flexibility, impact-absorbing capabilities, corrosion resistance, and ease of installation, these bollards offer a cost-effective and low-maintenance solution for protecting valuable assets and ensuring the safety of pedestrians and vehicles alike. Contact Coldshield today to discuss your options.

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