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Benefits of Lean Manufacturing and Related Blogs

Lean manufacturing is the process of cutting back on certain materials or speeding up certain processes to lower the overall cost of manufacturing. There can be key benefits to this approach to manufacturing, but it's important to move forward with a balanced view of lowering costs without compromising quality. This blog looks at that concept, but it also delves into other information related to the manufacturing and industrial fields. Ultimately, this blog is designed to help manufacturing professionals as well as B2B clients who purchase products or outsource processes to this field. If you have questions, I hope that you find the answers you need here.


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Benefits of Lean Manufacturing and Related Blogs

Top 3 Benefits of Using Concrete Safety Barriers as Road Restraint Systems

by Mark Peters

Car crashes caused by errant vehicles can lead to serious injuries and fatalities on various roads across Australia. This explains why it is important to provide some sort of road traffic safety barrier along roads to prevent the severity of the crashes when they do happen. Using concrete safety barriers as vehicle restraint systems for local roads is common in Australia. To better understand the reasons behind the widespread use of concrete barriers as road traffic safety barriers, continue reading on below.

Concrete barriers are an effective safety barrier

The principal reason why concrete barriers are provided for roads is to minimise safety hazards that may result from car crashes. In this regard, concrete barriers do an excellent job. When subjected to heavy vehicular collisions, concrete barriers have the potential to absorb the resultant impact forces without getting damaged. This is due to the simple fact that concrete material, whether precast or in-situ cast, is rigid and robust enough to withstand most vehicular collisions for a long time. 

Concrete barriers are effective at reducing disruption of traffic flow

When car crashes occur on roads without effective restrain systems, traffic flow can be stalled for several hours, resulting in major traffic snarl-ups. Concrete barriers can be designed and installed to withstand impact forces from crashes involving the smallest passenger cars to the largest heavy haulage vehicles. This way, the errant vehicle won't crash into the other side of a divided highway or road, thus leading to a disruption of traffic flow. 

Concrete barriers have an economical choice over the long term

Installing road restraint systems for road networks costs money, and it is only fair that the investment pays off well over the long term. Compared to competing road restraint systems like steel barriers, concrete barriers are the more frugal option. This is because concrete material is not only strong and durable, but it also requires relatively less maintenance once installed. No need to worry about repairing bent or damaged steel rails or applying corrosion protection on the railing from time to time. As a concrete barrier is remarkably strong, it will seldom require repair. From a financial viewpoint, it is an obvious winner.

Thanks to advances in modern concrete construction, superior-quality concrete safety barriers are being introduced on the market. This means improved safety for motorists and other road users, but also a greater return on investment for local departments responsible for constructing, maintaining and upgrading road networks.