Welcome to Concrete Master. We providing Best Concrete Solution for Your Home and office Buildings

Median Highway Barrier Forms

edian Barrier: A solid concrete barrier that is typically 3-4 feet high and 12-20 feet long. Crash Cushion: A impact-absorbing barrier designed to reduce the severity of collisions by absorbing the energy of a vehicle. Concrete Jersey Barrier: A type of concrete barrier that is designed to be installed on curves or in areas where a higher barrier is needed to prevent crossover accidents. W-Beam Guardrail: A type of guardrail that consists of a W-shaped beam made of steel or concrete, used to protect against crossover accidents. Thrie Beam Guardrail: A type of guardrail that consists of three parallel beams made of steel or aluminum, used to protect against crossover accidents. Cable Median Barrier: A type of median barrier that consists of cables stretched across the median, used to prevent crossover accidents. Geometric Barrier: A type of median barrier that uses the shape and design of the road to prevent crossover accidents, such as a raised median with a gentle slope. Raised Median Barrier: A type of median barrier that is raised above the level of the roadway, used to prevent crossover accidents and improve visibility. Curb Rumble Strip: A type of median barrier that uses raised curbs with a textured surface to alert drivers who may be drifting across the center line. Movable Median Barrier: A type of median barrier that can be moved or repositioned to accommodate different traffic volumes or road conditions.

Concrete Rake

Improved Safety: Concrete rakes can significantly reduce the risk of crossover accidents and head-on collisions, making them a popular choice for highways with high-speed traffic. Easy Installation: Concrete rakes are relatively easy to install, as they can be cast in place on site or pre-cast in a factory. Durable: Concrete rakes are durable and can withstand heavy traffic and harsh weather conditions. Low Maintenance: Concrete rakes require minimal maintenance, as they do not need to be replaced or repaired as frequently as other types of barriers. Cost-Effective: Concrete rakes are generally less expensive than other types of barriers, making them a cost-effective option for highway construction projects. However, concrete rakes also have some drawbacks, including: Limited Flexibility: Concrete rakes are rigid and cannot be easily moved or adjusted once installed. Limited Visibility: The sloping sides of a concrete rake can make it difficult for drivers to see what is on the other side of the barrier. Noise: Concrete rakes can generate noise when vehicles pass over them, which can be a nuisance to nearby residents. Overall, concrete rakes are a popular choice for highway construction projects due to their effectiveness in preventing crossover accidents and their low maintenance requirements.

Concrete Sealing Mastic

Flexibility: Concrete sealing mastic is designed to be flexible, allowing it to absorb movements and vibrations in the concrete structure without cracking or failing. Adhesion: Concrete sealing mastic adheres well to concrete surfaces, providing a strong bond that resists separation and delamination. Sealing: The mastic fills gaps and joints, preventing water and air from entering the structure, which can cause damage and corrosion. Durability: Concrete sealing mastic is designed to last for many years, resisting degradation from weathering, UV exposure, and chemical attacks. Color: Concrete sealing mastic can be formulated to match the color of the surrounding concrete, providing a seamless appearance. Concrete sealing mastic is used in a variety of applications, including: Highway construction: Sealing joints and gaps in highway pavement to prevent water intrusion and reduce noise pollution. Bridge construction: Sealing expansion joints and gaps in bridges to prevent water ingress and reduce corrosion. Building construction: Sealing joints and gaps in building structures to prevent water infiltration and improve building envelope performance. Pavement restoration: Sealing cracks and joints in existing pavement to prevent further deterioration. When selecting a concrete sealing mastic, it's important to consider factors such as: Compatibility: Ensure the mastic is compatible with the surrounding concrete surface.