Roller crash barriers
Roller Crash Barriers
Ensuring Superior Road Safety and Durability
About Roller Crash Barriers
Rolling crash barriers are a new type of crash barrier that aims to reduce the severity of the impact of a crash. Unlike older barriers that only prevent the vehicle from hitting something, roller crash barriers have an innovative design where the impact rotating cylinders transfer the forces into rotation and slow down the crash. This design not only reduces the impact but also diverts the vehicle back to the road and reduces a lot of damage and injury. These barriers can be used in accident-prone areas, including sharp curves, bridge areas, highway weaving, and hilly terrain. The design of the roller crash barrier is made up of a pair of vertical steel columns with three polyurethane rollers fitted in between them. The primary function of the rolling barrier is that when a vehicle hits it, the rollers rotate and redirect the impact. In this case, the rotating motion aids in reducing the speed of the vehicle and keeping it on track while rotating. This will ensure that the vehicle does not go into places like rocks, deep potholes, or other lanes with oncoming traffic. The rollers are made of durable materials such as ethylene vinyl acetate or EVA that are known for impact resistance and durability. The vehicle and its occupants benefit from exceptionally high safety levels as both shock absorption and change in the direction of force generated by the impact are provided.
Feature of the Product
- All collisions are converted into rotational motion to reduce impact and help maintain the vehicle’s position on the road.
- Made from EVA and steel, these barriers will not bend upon impact and will resist the elements of rust and wear for many years.
- These types of barriers have bright and reflective colors that make them visible in any light, reducing accidents.
- They are one of the best solutions for sharp turns, ramps, bridges, tunnels, and hilly terrains to provide safety to all roads.
- They are also effective for a long time without requiring excessive maintenance, saving costs on repairs and replacements.
- The modular components enable a quick and easy installation process, which makes repairs relatively quick when necessary.
- The design helps reduce the noise caused during impact and improves the noise levels in the road environment.
Roller Crash Barriers in action will help you navigate with confidence.
Roller crash barriers change the dynamics of road safety by providing better protection and stability. Roller crash barriers have rotating cylinders that absorb and redirect the energy in a collision, making it easier to pass through risky areas. When crossing steep slopes, sharp turns, and difficult terrain, these systems take extreme efforts to control the revert force, as well as assist in bringing the vehicle back to its targeted path to reduce the overall chances of serious accidents. The effectiveness of a roller crash barrier depends on its ability to use high EVA rollers and steel frames to convert the kinetic energy from the collision into rotational motion. This technology not only takes the impact force but also assists in unhindered leveling so that the vehicle does not go into the wrong areas. Drivers should rely on them at all times, as they use bright colors as paint so they can be seen from a distance. They are made with designs that are intended to last for a long time, so motorists can use them as lifesavers during any journey.
How it Works
Constructed with two to three rails such that maximum impact absorption is achieved by the barrier on contact with the vehicle.
They are painted with fluorescent paint, making them visible even in the dark and adverse weather conditions.
The contact impact energy imparted by the automobile during a collision is reduced to as minimal as possible, so that the automobile does not slide backwards on the road.
Enhances road safety and protects commuters from dangerous slopes, sharp turns where chances of overturning or collision are high.
Commitment to Excellence
Crash Barriers India continues to set standards with regards to the use of barriers and systems, enhancing road safety. No stone is left unturned with regards to the use of quality control measures; international standards are employed for safety issues. For this reason, each of our products, including W Beam crash barrier or Guardrail, Thrie Beam and Anchorage Systems, are manufactured to the highest standard.
Creative approaches towards safer streets
The company takes R&D activities as the main area of focus, as a result of which, the company seeks to develop road safety technology ideas. Thus, our solutions meet the needs of the new generation infrastructure. Integrated product innovation solutions from high-performance crash barriers to smart guardrails allow maintaining the best possible safety of roads, car parks and pedestrian areas.
Expanding Horizons, Delivering Quality
As a company oriented towards international markets, CrashBarrierIndia also has a strong focus on the domestic market, enabling it to meet both global and local needs. In all the regions we operate in, our products enjoy popularity that enables each installation to exceed the minimum requirements on safety. We take pride in our quality solutions that contribute to accident prevention and improve the implementation of road works.
Roller Crash Barriers: The Applications
Roller crash barriers primarily serve their purposes in enhancing the safety of road users on highways that are usually rough. Their versatility means they can be used in areas where obsolete barriers fail to cope. This is mainly due to the fact that they cover a wider area and incorporate the innovative aspect where the kinetic energy generated by a high-speed collision is transferred into rotational force, helping to steer the automobile on its axis with few accidents. Where there are sharp turns and steep slopes, roller barriers come as a very important factor as they bring the cars back on track and prevent severe swerves or dreadful rolls.
- It is good at managing impacts of high speed and converting collision energy so as to reduce vehicle damage and keep road stable.
- It leads vehicles back onto the road to avoid dangerous veer-offs or rollovers on sharp turns and steep ramps.
- This type is appropriate for bridges and tunnels with limited space where quick response to hazards is required thus improving safety in crowded places.
- In mountainous areas with sharp bends and deep descents, it provides essential protection by stopping cars from falling off cliffs or into ravines.