60kn Polypropylene Geogrid Ce Iso Sgi Astmd Civil Engineering Construction

PP Biaxial Geogrid 3030 Plastic Civil Engineering Construction

It is produced with polypropylene and high-density polyethylene as raw materials, through procedures of special extrusion, single-axial or biaxial stretch. It has large tensile modulus, high single bi-axial strengh, lower elongation, better capacity of mechanical damage protection and durability.

Feature:

1. High strength, low enlongation.

2. Heat-resistant, high modulus.

3. Light weight, good flexibility.

4. Anti-erosion, long lifetime.

5. High modulus, low temperatures resistance.

Application

1. Increase road (ground) base bearing capacity and prolong the service life of road (ground). 2. Prevent road (ground) surface collapse or crack, ground is beautiful and tidy. 3. Construction is convenient, save time, effort, and shorten the construction period, reduce maintenance costs. 4. Prevent culvert crack. 5. Enhance soil, prevent soil erosion. 6. Reducing cushion thickness, saving the cost. 7. To support the stability of slope planting grass mat afforest environment. 8. Can replace the metal mesh, used in coal mine underground false roof net.

Biaxial geogrid is used to reinforce the weak foundation the geogrid can quickly improve the bearing capacity of the foundation and control the development of the settlement. The lateral effect of the road base can effectively distribute the load to the wider basement layer, thus reducing the thickness of the base layer and reducing the engineering Cost, shorten the construction period, extend the service life.

Biaxial geogrid for reinforced asphalt or cement pavement Geogrid laying in the bottom of the asphalt or cement pavement, can reduce the rutting depth, extend the road surface fatigue life, but also can reduce the thickness of asphalt or cement pavement to save costs.

For the reinforcement of the embankment dam slope and the retaining wall the traditional embankment, especially the high embankment filling often need to fill and the edge of the shoulder is not easy to compaction, resulting in the late slope of the rain soaking.
 

FAQ