Chinese supplier of ecological slope protection and retaining walls for river channel slopes

Chinese supplier of ecological slope protection and retaining walls for river channel slopes

Overview of Honeycomb Constraint System

The honeycomb restraint system is a new type of flexible slope protection material,

mainly composed of honeycomb geogrid cells, geotextiles, buckles, and fixing components.

Its inspiration comes from the honeycomb of bees in the insect kingdom,

which looks like a honeycomb inhabited by bees and can greatly increase the overall coherence of the soil and the stability of the slope road surface.

The honeycomb restraint system can replace traditional materials such as steel bars and cement by filling

its compartments with materials such as soil, sand, or concrete to form a structure with strong lateral confinement and stiffness,

thus providing long-term fixation and restoration of surface soil.

The Application of Honeycomb Constraint System

The honeycomb constraint system is widely used in various engineering fields.

For example, in projects such as roadbed reinforcement, slope protection, and barren mountain greening,

it can effectively prevent slope erosion and prevent the accumulation of deformation,

forming a structure with strong lateral constraints and rigidity. In addition,

it can also be used for the construction of retaining walls and river cofferdams.

Honeycomb geogrids are used to build retaining walls, which have good structural stability and can avoid the erosion of steep slope surfaces by rainwater.

Compared with concrete walls, the cost is reduced by more than 50%.

At the same time, flowers and plants can be planted on the surface to beautify the environment. In desert road construction,

using a honeycomb geogrid chamber, the honeycomb geogrid chamber can be directly opened and fixed on the desert,

and then filled with sand and stones according to local conditions. The operation is simple and the power is extremely high.

The application on intertidal roads can be easily achieved by combining honeycomb geogrids with geotextiles.