Highway Guardrail

Guardrail is the most essential item of road safety used all around the world. Also referred to as metal beam crash barrier, guardrail has proven itself time and time again as an indispensable tool in road safety, protecting both vehicles and their occupants, minimising the serious risk of run-off-road accidents, and when used in the median, keeps vehicles from crossing into the path of on-coming traffic.

Guardrail is a vital part of road infrastructure, delivering confidence, and enhancing the safety and value of the roadway.

As well as all types of guardrail, we can supply the full range of steel guardrail accessories and steel posts, to suit your site project requirements.

W-Beam Highway Guardrail

The traditional collision barrier system employed on highways throughout the world is the W-beam section highway guardrail, which was designed to control accidents by catching a cars bumper and channelling the car to a safe stop to reduce the severity of the collision. W-beam guardrail has been crash tested thoroughly, all around the world, to determine the best design and construction methods to maximise injury prevention.

Steel Guardrail

1. Durability: Steel is highly durable, which allows guardrails made from this material to withstand significant impacts without failing. This makes them particularly useful in high-risk areas where collisions are more likely.
2. High Impact Resistance: Steel guardrails are designed to absorb and dissipate the energy from impacts. This feature reduces the likelihood of vehicles being redirected back into traffic, which can prevent further accidents.
3. Longevity: Steel can last for many years, especially when treated to resist corrosion and rust. Galvanized or coated steel guardrails can withstand harsh environmental conditions, including rain, snow, and road salt, thereby maintaining their structural integrity and appearance over time.
4. Maintenance: While no barrier is completely maintenance-free, steel guardrails generally require less upkeep compared to those made from softer materials like wood. They are easier to clean and, when damaged, sections can often be replaced individually without needing to overhaul the entire system.
5. Cost-Effectiveness: Given their durability and minimal maintenance needs, steel guardrails can be a cost-effective option in the long term. Although the initial investment might be higher than some alternatives, their extended lifespan and reduced maintenance costs provide good value.
6. Versatility: Steel guardrails can be installed in a variety of environments and can be designed to meet specific safety standards and aesthetic preferences. They can also be painted or finished in various ways to enhance visibility and complement the surrounding area.
7. Safety Features: Properly designed steel guardrails can help to safely redirect a wayward vehicle and reduce the severity of a crash. Their structural properties allow them to deform upon impact, which absorbs some of the crash energy.

Roller Guardrail

For added safety we can also supply Roller Guardrail.

Designed to prevent large accidents and maximise safety using a combination of its shock absorption and the rollers which convert rotational kinetic energy  into a straight path for the impacting vehicle.

Unlike other manufacturers our Roller Guardrail is completely made from recycled plastic resins, including the upper and lower sections.

Resin Noise Barrier & Resin Lagging Plate

Noise Barriers

Noise barriers are structures designed to shield receivers from noise pollution, particularly in environments close to highways, railways, and industrial areas. Their benefits include:

1. Noise Reduction
2. Improved Quality of Life
3. Customizable Aesthetics
4. Environmental Protection

Lagging Plates

Lagging plates are used in construction and machinery to provide protective cladding or to insulate and dampen noise from equipment. Their benefits include:

1. Noise Reduction
2. Thermal Insulation
3. Protection from Elements
4. Safety Enhancement

Both noise barriers and lagging plates are essential in their respective fields for managing noise pollution and enhancing environmental safety and structural integrity. Their use is crucial in creating more sustainable and liveable spaces in urban and industrial settings.

Guardrail applications

• Roads, highways, motorways, interstates and turnpikes
• Flyovers and bridges
• Fast moving traffic areas
• Embankments and corners
• Landslide protection areas with trees and rocky areas
• Median barriers to separate traffic
• Car racing and test tracks
• Mountainous and hilly terrain
• Airports and car parking areas