Advanced Slope Protection Solutions for Erosion Control
Gabion Wall
Slope protection systems are solutions built to secure the ground on hills, guard against soil erosion and protect important structures. Many types of environmental and structure-related stresses make geotextiles useful in highways, embankments, riverbanks, mining sites and so on. Mechanical, geotechnical and hydraulic principles are used in our slope protection systems at Hitech Gabion for sustained outcomes on many different terrains
Why Choose Hitech Gabion Slope Protection Systems?
Proper erosion control helps maintain the integrity of a landscape, saves property and protects the environment. Using our gabion structures, you can depend on reliable security from natural causes.
Provides the required mechanical strength in all kinds of fluid environments
Made to be easy to increase in size, mount and maintain.
Specialized mesh types, coatings (like PVC) and combining with existing soil.
Key Technical Parameters
| Feature | Design Recommendation |
|---|---|
| Slope Angle | Varies by system; gabions allow up to 70°, vegetated slopes ≤ 45° |
| Gabion Depth | 2/3 of height for stability; 0.5 m minimum setback |
| Reinforcement Mats | Equal to or greater than wall height; designed for traffic and seismic loads |
| Drainage Layers | Nonwoven geotextile combined with gravel filters; critical in all systems |
| Toe Protection | Reno mattress or gabion toe installation recommended for scouring zones |
Primary Types of Slope Protection
Gabion Slope Protection
Gabion walls are an excellent choice for slope protection due to their strength and permeability. They are ideal for creating sturdy, yet environmentally friendly, retaining structures.
Technical Configuration
- Meshes: Available in double twisted and welded configurations, depending on load and movement requirements.
- Installation: Units are placed with appropriate batter angles (typically 6–10°) and may include Reno mattresses at the toe to distribute loads and resist undercutting by runoff or wave action.
- Foundation Prep: Non-woven geotextile layers prevent soil loss and facilitate drainage.
- Anchoring: Toe gabions and subsurface embedment are applied where scour or hydraulic action is expected.
Mechanically Stabilized Earth (MSE) Slope Systems
MSE systems put thick granular fill and reinforcing layers (for example, geogrids or welded mesh) together to create composites that can handle earth pressure and various impacts.
Design Considerations
- Normal length of a Reinforcement Mat is generally equal to the wall height or longer; length is adjusted to resist surcharge and earthquake forces.
- This method uses gabion structure to flexibly keep the vertical wall and to match the design as well.
- Reno mattresses or gabions anchored with the toe resistance arrangement prevent the mattresses from moving and even overturning.
- Controlling pore water pressure relies on the use of filter fabrics and gravel laid in the drainage zone.
Vegetated & Geotextile-Reinforced Slopes
A slope is made more stable by hybrid systems which combine erosion mats, planting and geosynthetic materials.
System Components
- Geotextiles: Strong, woven or nonwoven sheets that support keeping soil in place and controlling moisture.
- Surface Vegetation: Is selected using information about the slope, climate and how deep the plant’s roots can grow.
- Drainage Beneath the Surface: Stops hydrostatic buildup and allows the soil to work well at all times.
Applications of Gabion Walls
Slope Stabilization in Roadways and Highways
Erosion Control in Riverbanks and Coastal Areas
Protecting Slopes in Industrial and Mining Sites
Get a Quote or Contact Us Today
Start protecting your slopes with the best in gabion technology. Contact Hitech Gabion today to discuss your project needs or to request a detailed quote.