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  • Metal Beam Crash Barrier

    Metal Beam Crash Barrier
    A Metal Beam Crash Barrier, also known as a Metal Beam Guardrail, is a type of roadside barrier used to reduce the severity of accidents on highways and other high-speed roadways. This type of barrier is made of a metal beam, typically steel, that is anchored to posts that are embedded in the ground.

    The Metal Beam Crash Barrier is designed to redirect a vehicle that has left the roadway back onto the roadway, absorb the energy of the impact, and resist vehicle penetration. The shape of the barrier also helps to prevent the vehicle from climbing over the barrier.

    The Metal Beam Crash Barrier is typically used in areas where there is a higher risk of vehicle impact and where the W-Beam or Thrie Beam Crash Barrier is not strong enough. It is also used in areas with high traffic volume, high speeds, and where the risk of head-on collisions is high.

    The Metal Beam Crash Barrier is typically made of galvanized steel, which helps to protect it from corrosion, and is available in different sizes to suit different road widths and traffic speeds. It can also be made of other materials like aluminum or fiber-reinforced plastic.

    Metal Beam Crash Barriers are considered to be more efficient than W-Beam and Thrie Beam Crash Barriers in terms of safety and are used in areas where there is a high risk of accidents, such as on bridges and in construction zones. They are also commonly used in areas where there is a high risk of wildlife-vehicle collisions.

    Unmatched Highway Safety

    Our crash barriers are designed to absorb and deflect the energy of colliding vehicles, thereby minimizing impact severity. Certified to meet both national and international crash test standards, these barriers provide reliable protection for motorists on roads, highways, bridges, and flyovers.


    Superior Quality and Longevity

    Manufactured from galvanized steel and finished with hot dip galvanization (minimum 550 gsm), these barriers exhibit excellent resistance to corrosion, ensuring durability in diverse weather conditions. The anti-corrosive finish extends the service life while keeping maintenance needs minimal.


    Flexible and Efficient Installation

    Offering a bolted or drilled installation process, our crash barriers are quick to set up and do not require electricity or specialized power tools. The modular system and standard accessories, including spacers and terminals, enable simple and efficient deployment in various environments.

    FAQ's of Metal Beam Crash Barrier:


    Q: How are Metal Beam Crash Barriers installed?

    A: Installation of the barriers is typically carried out using bolting or drilling methods. Standard accessories such as posts, spacers, bolts, nuts, and end terminals are provided to aid assembly, ensuring a secure and straightforward setup process without the need for special power tools.

    Q: What materials and standards do these crash barriers comply with?

    A: The barriers are made from premium galvanized steel and comply with MORTH, AASHTO, and EN 1317 standards. This guarantees performance and reliability for safety-critical roadside applications.

    Q: When should Metal Beam Crash Barriers be used?

    A: These barriers are essential for areas with significant vehicular traffic, such as highways, roadsides, bridges, and flyovers, especially where vehicles need protection from dangerous road edges or obstacles.

    Q: Where can these crash barriers be applied?

    A: Our crash barriers are suitable for highways, flyovers, bridges, medians, and any roadside settings where vehicular safety is a priority.

    Q: What is the benefit of the hot dip galvanized finish?

    A: The hot dip galvanized coating, with a minimum of 550 gsm, provides superior corrosion resistance, extending the lifespan of the barrier and making it ideal for outdoor and harsh-weather installations.

    Q: How does the barrier ensure crash resistance?

    A: The design and construction meet national and international crash test standards, ensuring the W-Beam efficiently absorbs and redirects impact energy to protect vehicle occupants and infrastructure.

    Q: Is any power supply needed for installation or use?

    A: No power supply is required for installation or operation, as the barriers function as a passive safety system using basic mechanical fastening.