Gittermatten

Gittermatten are flat mats made from interlinked wires or strips arranged in a regular lattice or grid. They are produced in various sizes and strengths and are used to reinforce, protect, and stabilize ground and constructed surfaces. The most common materials are galvanized steel and stainless steel, though aluminum and high-strength plastics are also used for lighter or corrosion-resistant applications. The lattice can be welded or woven, creating either rigid or more flexible mats suitable for different environments.

Construction and variability provide a range of options. Wire-melted or welded-mirrored grids yield strong, load-distributing panels, while lighter plastic versions offer corrosion resistance and lower weight. Mesh size, wire thickness, and coating type can be selected to match soil conditions, climate, and intended service life. Some mats are designed for temporary or reusable use, while others are intended for long-term exploitation in harsh environments.

Applications include civil engineering, landscaping, and industrial settings. Gittermatten are used to reinforce soil on slopes and embankments, protect channels and drainage systems from erosion, and stabilize soft ground for pedestrian or vehicle access. They also serve as protective ground coverings during construction, as a base for overhead or ground-mounted installations, and as a grate-like surface under concrete or asphalt to improve load distribution.

Key considerations for use are material durability, corrosion resistance, load-bearing requirements, drainage compatibility, and anchoring or fixation methods. Proper selection and installation help prevent deformation, reduce soil displacement, and extend service life in variable weather and load conditions.