Geotextile nets are primarily used in soft soil treatment, subgrade reinforcement, slope protection, abutment strengthening, and coastal slope protection, as well as reservoir bottom reinforcement. Laying geotextile nets on road slopes can prevent rockslides, avoiding harm to people or vehicles; wrapping the road debris with geotextile nets can prevent loss and deformation of the subgrade, enhancing its stability; the installation of geotextile nets can reinforce the road surface, preventing the development of reflective cracks; as reinforcing material in fill for retaining walls, geotextile nets can distribute soil stress, restrict lateral displacement, and enhance stability; using geotextile nets to make gabions for embankments and rock surface protection can prevent erosion, avoid collapses, and soil erosion.

CE131 Geotextile Mesh

For subgrade reinforcement, it interlocks granular fill with the mesh to form a stable surface, preventing settlement of the fill, and can distribute vertical loads; multi-layer reinforcement can be used in areas with harsh geological conditions.

1. Prevent roadbed cracks to avoid collapses.

2. Reinforce foundation, embankment slopes, enhance roadbed stability, and reduce land occupation.

3. Capable of bearing heavy loads.

4. Shorten the construction period; specifications and performance parameters of geotextile mesh

5. CE131 is used for road reinforcement, integrating the mesh with the road material to effectively distribute and transfer loads, preventing road cracking.

Operates under harsh environmental conditions.

Enhance road stability and prevent cracking.

2. Can withstand significant variable loads.

3. Prevents road cracking caused by surface heaving.

4. Reduces the amount of road material needed and speeds up construction.

CE151 Geotextile Mesh

Suitable for river embankment protection, coastal management, tunnel engineering, and wave barrier and weir construction.

1. Protection for embankments and rock surfaces against erosion to prevent collapses, rock dislodgment, and soil erosion; stone baskets can be used for this purpose.

2. Riverbank and sea channel engineering with high flexibility, good permeability, resistance to sea erosion, and the ability to absorb wave impact.

3. Available in rectangular, square, or tubular baskets, these can be directly installed underwater without the need for expensive dive operations.