Pinned Mesh

Rockfall barriers are large-scale solutions designed to intercept and contain falling rocks on slopes or cliffs. These barriers consist of steel cables and mesh panels that absorb the impact of falling rocks, preventing them from reaching roads, buildings, or other vulnerable areas.

High-tensile mesh is made of steel wire ropes woven into a mesh structure. This type of mesh is used to stabilize slopes by preventing soil erosion and controlling small rockfalls. High-tensile mesh is flexible and can conform to the natural contours of the slope, providing effective reinforcement.

Debris flow barriers are specialized systems designed to mitigate the impact of debris flows, which are fast-moving mixtures of water, mud, rocks, and vegetation. These barriers are engineered to withstand the force of debris flows and protect infrastructure downstream.

Tecco mesh, also known as wire mesh rockfall drapery, consists of steel wire mesh panels connected to the slope surface using anchor plates and rockfall bolts. Tecco mesh is highly versatile and can be used for various applications, including slope stabilization, rockfall protection, and erosion control.

Ring net and spider net systems are three-dimensional mesh structures used to stabilize steep slopes and cliffs. These systems consist of interconnected steel rings or cables, creating a robust mesh structure that provides stability and prevents rockfall.

Flexible cable net systems are composed of steel cables interconnected with high-strength knots. These systems are adaptable and can be installed on irregular or complex slope geometries. Flexible cable netting is effective in stabilizing loose rock masses and preventing rockfall.

Hybrid systems combine different types of pinned mesh components to create customized solutions for specific slope stabilization projects. These systems utilize a combination of steel cables, mesh panels, anchors, and other elements to address unique geotechnical challenges.