Steel mesh reinforcement has been a crucial resource for those in the building industry, utilized to secure slopes from falling prey to which rockslides and other detrimental forms of mass wasting. Along with its strength and versatility, wire mesh is a great asset in preventing slides in locations where snowmelt is frequent and bigger drops occur. These protective functions prove great value on steep gradients as well.
Supporting slopes, steel wire meshes are welded together and formed into a grid-like structure. Subsequently, this is laid over the contours of the embankment and then secured in place by anchors. With a layer of roosted wires, plant life finds its foothold and the slope is stabilized as a result.
The force of rain and snowmelt can be mitigated by vegetation, which stabilizes slopes by using root systems to secure the soil. Additionally, the greenery serves as a blanket, softening the impact of water and providing much-needed moisture. Still, for severe weather events and high winds, wire mesh slope protection might be necessary to protect the area from further damage.
When dealing with a sloping landscape, it is essential to deploy the appropriate kind of wire mesh slope protection. The shape, size, and spacing of this mesh must be altered based on key factors such as the grade of the incline, the quantity of rain, and the chance of a rockslide. All these items are taken into account to ensure the most suitable and efficient wire mesh solution is used.
A valuable asset in preventing the occurrence of mass wasting, wire mesh slope protection is both economical and durable, adding flexibility to construction projects. Its importance to both builders and engineers is undisputed, and it can easily be implemented in combination with vegetation.