safe barriers

What are road barriers, and why are they used?

Road barriers are physical structures designed to enhance traffic safety by separating lanes, protecting construction zones, or preventing vehicles from leaving the roadway. Common types include concrete, steel, and water-filled barriers. They serve critical purposes, such as reducing crash severity, guiding traffic flow, and shielding pedestrians or workers in high-risk areas. Many barriers, such as those offered by Safe Barriers, are designed to provide positive protection by physically separating motorized traffic from hazardous areas and meeting rigorous crash testing standards. Temporary

What are the regulations or standards for road barriers?

Road barriers must adhere to safety standards like MASH16 (Manual for Assessing Safety Hardware) or EN1317 (European standard for road restraint systems).. These standards ensure barriers meet rigorous crash-testing requirements, covering factors such as deflection limits, occupant risk factors, and impact severity,. By complying with these regulations, barriers provide proven performance, protecting road users and construction workers. Positive protection measures, such as anchored steel or movable barriers, are often the best performing barriers when tested to these standards. . At Safe Barr

How can I determine the best type of road barrier for my project?

Choosing the right road barrier depends on factors like site location, traffic speed,traffic volume and safety requirements. For high-speed zones, steel or concrete barriers may be ideal due to their durability and minimal deflection. Free Standing Steel barriers or Water-filled barriers suit urban or low-speed environments where flexibility is needed. All projects benefit from incorporating positive protection measures to create a safer environment for workers and motorists alike. Consult our barrier experts at Safe Barriers to evaluate project specifics and recommend optimal solutions, balan

How effective are jersey barriers in reducing the severity of crashes?

Jersey barriers, a widely recognized type of concrete barrier, are effective in reducing crash severity. Their sloped design redirects errant vehicles upon impact, and absorbing collision energy to reduce the force experienced by vehicle occupants. These barriers are effective in preventing vehicles from entering workzones, reducing the severity of workzone crashes. They are also effective in preventing vehicles crossing into opposing traffic lanes when permanently installed in the median, significantly reducing the likelihood of head-on collisions. However, steel jersey barriers provide a sup