Plastic Workzone Barriers
Plastic temporary barriers provide a reliable and effective solution for managing traffic flow in workzones and temporary lane closures. Lightweight and highly durable, these barriers offer an easy-to-install alternative to traditional concrete barriers, making them ideal for short-term projects and quick deployment.
Plastic barriers are freestanding and may be placed directly on concrete, asphalt or compacted road formations. They are typically filled with water to facilitate safe vehicle containment and redirection at low impact speeds.
Plastic Workzone Barrier FAQs
What are plastic water-filled crash barriers?
Water-filled crash barriers are manufactured from durable plastic. The combination of water and plastic absorbs vehicle impact energy providing low ride down decelerations for vehicle occupants. Plastic crash barriers are used on roads, highways, construction sites, and other areas to prevent vehicles from leaving the roadway and to reduce the severity of crashes.
How do plastic barriers work?
The water-filled barriers absorb the impact of a vehicle by using the water’s density to slow down and stop the vehicle gradually. The plastic structure of the barrier is designed to contain the water securely while minimising damage.
How do you fill the plastic barriers?
The barriers are typically filled with water using a standard water pump or hose. Once the barrier is placed in position, the water is pumped into the plastic cells of the structure. It is important to ensure that the barriers are properly filled to the recommended level for optimal performance.
Are plastic barriers effective in reducing vehicle speed during accidents?
Yes, they are highly effective in reducing the force of impact and slowing down a vehicle gradually during a collision. The barriers are designed to absorb energy, reducing the severity of the crash and the likelihood of injury.
Can plastic water-filled barriers be used for traffic diversion and control?
Yes, plastic water-filled barriers are often used for traffic control and diversion purposes. They can be quickly deployed and setup to direct traffic or restrict vehicle access during construction, events, or emergencies.