The Benefits of Anti-Skid Surfacing and Routing

Today, anti-skid surfacing and routing must be emphasised in a world that constantly calls for more safety precautions and upgraded infrastructure.

These technologies are essential for improving road performance and longevity and assuring the safety of drivers, pedestrians, and bicycles. 

In this blog post, we will explore the outstanding advantages of anti-skid surfacing and routing, illuminating their many benefits and emphasising their critical importance in contemporary transportation systems.

But first, let’s understand the terms clearly through their definitions. 

What is Anti-skid surfacing?

High friction surfacing, or anti-skid surfacing, is a specialised road treatment that increases grip and reduces skidding on road surfaces, especially in locations prone to slick or rainy conditions. This kind of covering involves coating the road surface with substances that improve tire-road contact, lowering the likelihood of accidents brought on by skidding, particularly in inclement weather like rain, snow, or ice. Typically, binders, high-friction aggregates, and occasionally additives to increase durability are used in anti-skid surfacing in South Australia. As a result, the road surface has better traction for moving cars, which increases pedestrian and driver safety.

What are Routing and sealing?

Routing and sealing is a pavement maintenance method that increases the lifespan of concrete or asphalt roads by halting water infiltration and crack growth. 


The procedure starts with routing when specialised machinery is used to carve a tiny, precise groove or channel down the length of a crack or joint in the pavement. The average dimensions of this groove, also known as a “routeing reservoir,” are 1 inch in width and 1/2 inch in depth.


After routing is finished, sealing comes next. This process involves coating the routed channel with a specialised sealant substance. The sealant is made to fill the channelled reservoir and produce a flexible, watertight barrier that stops liquids, dust, and other particles from entering the crack. The sealant employed in this procedure is frequently a rubberised or polymer-modified substance with good adhesion, flexibility, and durability qualities.

Advantages of anti-skid surfacing and routing

  • Increased safety: 

The potential of anti-skid surfacing and routing to considerably increase road safety is one of the top advantages of these techniques. These technologies are specially made to reduce the danger of accidents brought on by sliding, especially in bad weather. Roads can become dangerous zones in rain, snow, ice, or oil spills. Thus, it’s critical to have traction-enhancing surfaces. High-friction aggregates, which improve grip and traction and lessen the probability of cars losing control, are included in the anti-skid surfacing. Such actions ultimately protect both drivers and pedestrians by lowering the number of collisions and injuries.

  • Enhancing road performance:

Roads subjected to high traffic volumes, continuous wear and tear, and severe weather conditions may eventually operate less well. The solution is anti-skid surfacing and routing, which increase the resiliency and toughness of roads. The use of specialised materials, like epoxy resin coatings and asphalt coated with polymers, aids in the creation of a barrier that prevents degradation. As a result, the road’s lifespan increases, resulting in lower maintenance costs and less traffic disruption.

  • Personlised solutions: 

Anti-skid surfacing and routing are outstanding for their adaptability to different road kinds and conditions. The flexibility of these technologies allows for maximum performance in various settings. Busy intersections, steep inclines, and high-traffic zones may benefit from anti-skid surfaces. Transportation authorities can fully realise the advantages of these technologies by offering customised solutions, resulting in safer and more effective road networks.

  • Environment-related considerations:

Anti-skid surfacing and routing have stepped up to support sustainability initiatives in an era of rising environmental consciousness. To reduce the negative environmental effects of road building and maintenance, eco-friendly materials and practices are being adopted. For instance, using recycled aggregates and eco-friendly binders lessens the environmental impact of these procedures. Additionally, the longer lifespan of roads made possible by anti-skid technologies saves money on maintenance and reconstruction.

  • Safety for pedestrians and cyclists:

Both these techniques have advantages for everyone other than drivers. Both cyclists and pedestrians benefit from safer roadways. Anti-skid materials can be used in crosswalks, bike lanes, and pedestrian walkways to lower the danger of slips and falls. This is especially important in urban areas with heavy foot traffic. Cities may encourage sustainable modes of transportation and a healthy way of life by providing a safer environment for pedestrians and cyclists.


These are crucial resources in creating safer, more effective, and environmentally sensitive transportation systems. These technologies provide many advantages, from greater road performance and increased safety to specially designed solutions for particular situations. Investing in these innovative approaches opens the door to a time when roads are safer, more resilient, and better prepared to bear the demands of contemporary transportation