Geogrids - Page 5 of 6

Geogrids

HDPE120

Thereby reducing the local damage stress and improving The purpose of the service life of the project.

Geogrids

HDPE100

The interlocking action between the grid mesh and the soil constitutes an efficient stress transmission mechanism.

Geogrids

The outstanding advantage of uniaxial geogrid is that it has little tendency to deform (creep) under long-term continuous load, and its creep resistance is much better than geogrids of other materials, which play an important role in improving the service life of the project.

Geogrids

HDPE65

This kind of structure has quite high tensile strength and rigidity and provides the ideal force bearing and spreading interlocking system for the soil.

Geogrids

HDPE50

The polymer is in a directional linear state and forms a long elliptical network integral structure with uniform distribution and high node strength.

Geogrids

PPD5050

the geogrid is used to absorb lateral forces that would be exerted upon the sub grade from traffic loading.

Geogrids

PPD4545

the sheet is carefully stretched to achieve optimum molecular orientation to ensure the maximum design life of the material as a high modulus reinforcing layer within pavements.

Geogrids

PPD4040

sub-base reinforcement in pavements
basal reinforcement in unpaved & temporary roads
sub-grade stabilization

Geogrids

PPD3030

Typically used in basal reinforcement applications, the geogrid is used to absorb lateral forces that would be exerted upon the sub grade from traffic loading.

Geogrids

PPD2020

Solid sheets of polymer have apertures removed by punching, and then the sheet is carefully stretched to achieve optimum molecular orientation to ensure the maximum design life of the material as a high modulus reinforcing layer within pavements.

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