Metal Beam Crash Barrier, Quality and Reliability

Corrosion Resistance

Metal Beam Crash Barriers undergo thorough anti-corrosion treatments such as galvanization, which involves coating the barrier with a layer of zinc. This protective coating enhances the barrier’s resistance to rust and corrosion, increasing its longevity and ensuring it remains effective even in harsh weather conditions.

Easy Installation and Maintenance

Hi Tech Crashguard is designed for easy installation and maintenance. The metal beams are prefabricated in standardized sizes, allowing for quick and efficient installation. Additionally, routine maintenance procedures, such as regular inspections and repairs, can be easily carried out to ensure the barrier remains in optimal condition.

Types of Applications for Metal Beam Crash Barriers

Metal Beam Crash Barriers find extensive applications in various road safety scenarios.

Here are some common areas where Crashguard is utilized

Highways and Expressways

Metal Beam Crash Barriers are commonly deployed on highways and expressways to protect motorists from potential accidents. They are strategically placed along the median or at the edge of the road to minimize the risk of vehicles colliding with obstacles or crossing over into oncoming traffic.

Bridge Railings

Bridges provide particular safety issues, and Crashguard is essential in reducing these dangers. In order to prevent vehicles from tumbling off the bridge in the event of an accident, metal beam crash barriers are constructed as railings around the sides of the bridge.

Work Zones

During construction or maintenance activities on roads, work zones are created, which can be hazardous for both workers and passing vehicles. Metal Beam Crash Barriers are used to separate the work zone from the active traffic lanes, ensuring the safety of workers and preventing accidents caused by unauthorized entry into the construction area.

Curves and Intersections

Due to the greater possibility of cars diverting from their planned course, curves and crossroads are known accident-prone places. In these locations, Metal Beam Crash Barriers are carefully positioned to reroute wayward cars back onto the intended path, lowering the possibility of crashes.

Specifications of Metal Beam Crash Barrier

Metal Beam Crash Barrier come in various specifications to suit different road safety requirements.

Crash Barrier Height and Length

The height and length of the Crashguard barrier can vary depending on the specific application. Taller barriers are typically used on highways, while shorter ones may be suitable for urban roads or parking lots. The length of the barriers is determined by the stretch of road or area that requires protection.

Beam Profile

The metal beams used in Crashguard can have different profiles, such as W-shaped or Thrie-beam. The choice of beam profile depends on factors like the level of traffic, desired level of safety, and the governing standards and regulations.

Terminal Ends

Terminal ends of Metal Beam Crash Barrier are critical components that absorb and redirect the impact forces. There are various types of terminal ends available, including energy-absorbing end treatments, anchor systems, and crash cushions. The selection of terminal ends depends on the specific application and the level of impact protection required.

Reflective Elements

Reflective features may be added to Crashguard barriers to improve visibility in low-light situations. These components enhance the barrier’s visibility, enhancing its ability to prevent accidents, especially at night in inclement weather.

Metal Beam Crash Barrier, or Crashguard, is an indispensable component of road safety infrastructure. Its focus on quality and reliability ensures that it provides effective protection for motorists in various applications. With its robust construction, crashworthiness, corrosion resistance, and ease of installation and maintenance, Crashguard stands as a reliable safeguard on roads and highways, preventing accidents and saving lives.