Composite Biaxial Plastic Geogrid Soil Stabilization 8m Width
Composite Polypropylene Biaxial Geogrid High Tensile Strength Geogrid Plastic Soil Stabilization Composite Geogrid
Biaxial plastic geogrids are made of polypropylene (PP) as raw material, and progress through extruding plasctic sheet, punching, heating, longitudinal stretching and transverse stretching.
geogrid coated bitumen 100-100kN/m
Feature:
1) High tensile strength at both longitudinal and transverse direction
2) Improving bearing capacity of foundation
3) Preventing cracking and subsiding
4) Convenient to construct, reducing cost and maintaining expense
Tensile strength(MD/CD)
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.
Used to strengthen the river seawall can be made of stone cage, and then with the grid and use, to prevent the dam was washed away by sea water, stone cage with permeability, can slow down the impact of the waves to extend the life of the dam, saving manpower and material resources, shorten the duration.
Used to deal with landfill
Geogrid and other soil synthetic materials used in combination with landfill, can effectively solve the problem of uneven settlement of the foundation, the release of gas emissions and other issues, and can maximize the storage capacity of landfill.
| Tensile | Warp | ≥30 | ≥50 | ≥60 | ≥80 | ≥100 | ≥120 | ≥150 |
| Strength | ||||||||
| (KN) | Weft | ≥30 | ≥50 | ≥60 | ≥80 | ≥100 | ≥120 | ≥150 |
| Elogation | Fiberglass | <4 % | 4 % | 4 % | 4 % | 4 % | 4 % | 4 % |
| Polyester | <13% | 13% | 13% | 13% | 13% | 13% | 13% | |
| Mesh size(mm) | 12.7×12.7 | 12.7×12.7 | 12.7×12.7 | 12.7×12.7 | 12.7×12.7 | 12.7×12.7 | 12.7×12.7 | |
| 25.4×25.4 | 25.4×25.4 | 25.4×25.4 | 25.4×25.4 | 25.4×25.4 | 25.4×25.4 | 25.4×25.4 | ||
| 42×42 | 42×42 | 42×42 | 42×42 | 42×42 | 42×42 | 42×42 | ||
| 50×50 | 50×50 | 50×50 | 50×50 | 50×50 | 50×50 | 50×50 | ||
| Elastic Modulus | 76 | 76 | 76 | 76 | 76 | 76 | 76 | |
| (Fiberglass) | ||||||||
| Width(m) | 1~6 | 1~6 | 1~6 | 1~6 | 1~6 | 1~6 | 1~6 | |
| Length(m) | 50~300 | 50~300 | 50~300 | 50~300 | 50~300 | 50~300 | 50~300 | |
| Temperature | Fiberglass | -100~280 | -100~280 | -100~280 | -100~280 | -100~280 | -100~280 | -100~280 |
| Resistant (°C) | Polyester | -100~280 | -100~280 | -100~280 | -100~280 | -100~280 | -100~280 | -100~280 |
| Resin | Fiberglass | 18~20 | 18~20 | 18~20 | 18~20 | 18~20 | 18~20 | 18~20 |
| Content (%) | polyester | ≤30% | ≤30% | ≤30% | ≤30% | ≤30% | ≤30% | ≤30% |
Package
Packed in woven geotextile and strength belt or PE film Or packed according to customers' requirements such as mark the company Logo (Export standard package).
Packaging size and container capacity vary according to product specifications.
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