What is a Polymer Safety Barrier?

What is a polymer safety barrier?

When it comes to safety in your warehouse or in industrial settings, barriers play a crucial role. Polymer barriers are a solution designed to protect lives such as a traditional metal barrier, whilst minimising damage during accidents. Made from advanced materials like PVC and polypropylene, these barriers offer flexibility and strength without compromising durability. If you’ve ever wondered about their advantages over traditional options or who’s leading the charge in manufacturing them, you’re in the right place.  In this article we will look at the following:

• What is a polymer barrier?
• Who are the main manufacturers?
• What are the biggest advantages of a polymer safety barrier?
• What are the drawbacks?
• Polymer vs steel barriers
• Is a polymer barrier right for you?

What is a polymer safety barrier?

A polymer safety barrier is designed to absorb impact and provide protection in various environments. These barriers are primarily made from synthetic materials like PVC and polypropylene, known for their strength and flexibility. Polymer safety barriers are usually manufactured by injection moulding of thermoplastic materials.

Unlike traditional steel barriers, polymer options can temporarily deform upon impact, which helps reduce the force transferred to vehicles, floor or pedestrians by absorbing the impact energy. This makes them ideal for locations where safety is a top priority—think factories, warehouses and HGV loading areas.

Their lightweight nature allows for easier installation and mobility compared to heavier alternatives. Many modern designs also incorporate bright colours or reflective elements to enhance visibility during both day and night.

With increasing concerns about environmental sustainability, many manufacturers focus on creating recyclable options. As awareness of these benefits grows, polymer barriers are becoming a popular choice for enhancing safety across different sectors.

Who are the biggest manufacturers of polymer safety barriers?

When it comes to polymer safety barriers, several key players dominate the market. MPM Protections stands out as a leader in producing high-quality safety solutions. Their expertise in materials like PVC allows them to deliver durable options suitable for various environments including external, internal and freezers.

Another prominent manufacturer is A-safe. They focus on innovative designs that enhance both functionality and aesthetics. Their products are widely used in urban planning, construction sites, and traffic management.

Additionally, companies like Boplan have made significant strides with their advanced polymer barrier systems. They prioritize sustainability while ensuring maximum protection against collisions.

Each of these manufacturers brings unique strengths to the table, contributing to the growing popularity of polymer barriers across different industries.

Advantages of polymer safety barriers

Polymer safety barriers offer numerous advantages that make them a popular choice for various applications. Their lightweight nature simplifies transportation and installation, reducing installation costs.

These barriers are resistant to corrosion, which is a common issue with traditional materials like steel. This durability ensures they maintain their integrity over time, even in harsh environments.

Another key benefit is flexibility. Polymer barriers can absorb impact better than rigid alternatives, providing enhanced protection for vehicles and pedestrians alike.

Polymer barriers require minimal maintenance compared to other types of barriers. A quick wash is usually enough to keep them looking new and functioning well.

Their versatility allows for customisation in colour and design, making it easy to integrate them into different settings without sacrificing aesthetics or functionality.

Disadvantages of polymer safety barriers

Polymer safety barriers, while effective in many ways, come with their own set of drawbacks. One notable disadvantage is their susceptibility to UV degradation. Prolonged exposure to sunlight can weaken the material, leading to reduced performance over time. Some polymers have better UV stability than others - be sure to check this when choosing polymer barriers for external applications.

Another concern is the impact resistance of polymer barriers. Although they are designed for safety, extreme collisions or heavy loads may exceed their limits, resulting in deformation or failure.

Additionally, maintenance can be a challenge. Dirt and grime can accumulate on surfaces more easily compared to steel options like Armco barriers. This might require regular cleaning and inspections to ensure optimal functionality.

Cost effectiveness also plays a role; initial installation costs may be lower compared to traditional materials but replacement expenses could add up if damage occurs frequently.

Polymer barriers vs steel barriers

When comparing polymer barriers to traditional steel barriers, several factors come into play. Polymer safety barriers, made from materials like PVC and polypropylene, offer distinct advantages over their steel counterparts. They are typically lighter in weight, making them easier to transport and install. This ease of handling can lead to lower labour costs during installation.

Polymer barriers generally resist corrosion better than steel ones. Steel can rust when exposed to moisture or harsh chemicals, while polymers maintain their integrity under similar conditions. This durability translates into longer service life for polymer solutions like those provided by MPM Protections.

On the flip side, some might argue that steel offers superior strength in high-impact situations. Steel barriers are often preferred in environments where heavy-duty protection is necessary—such as highways or construction sites—where extreme force could be a factor.

Another consideration is cost; polymer options offer the lowest overall cost over time due to their reduced maintenance needs.

Ultimately, the choice between polymer and steel safety barriers will depend on specific project requirements such as environmental conditions, impact resistance needed, budget constraints, and long-term maintenance plans. Each material has its unique benefits tailored for different applications across various industries.