Polypropylene Biaxial Geogrid Geotextile is a polypropylene extruded biaxial geogrid with a non-woven needlepunched geotextile bonded to one side.
1. Composite biaxial Geogrid is the composite of geogrid and geotextile. The first composite form: Geogrid is self-adhesive glass fiber or polyester geogrid and geotextile is polyester filament geotextiles; second composite form: two-way plastic geogrid and geotextile composite.
2. Size of the network are the mesh size of woven fibers or geogrid.
3. The strength, width and grid size of the geogrid can be customized according to user's requirements.
BI-AXIAL GEOGRID | MD | XD | ||
Carbon Black Content | ASTM D 4218 | % | 2.0 | |
Ultimate Tensile Strength{1} | ASTM D 6637 | lbs/ft(kN/m) | 1645(24.0) | 1645(24.0) |
Tensile Strength at 2% strain{1} | ASTM D 6637 | lbs/ft(kN/m) | 720(10.5) | 720(10.5) |
Tensile Strength at 5% strain{1} | ASTM D 6637 | lbs/ft(kN/m) | 1343(19.6) | 1343(19.6) |
Junction Efficiency{2}{3} | GRI-GC2 | % | >95 | >95 |
Flexural Rigidity{1} | ASTM D 7748 | mg-cm | 1000000 | |
Aperture Stability{2}{4} | US.COE | m-N/deg | 0.65 | |
Minimum Rib Thickness | Callipered | inch(mm) | 0.07(1.7) | 0.05(1.3) |
Aperture Size{2}{5} | Nominal | inch(mm) | 1.33(34.0) | 1.22(31.0) |
GEOTEXTILE | ||||
Raw Material | Polyester, Continuous filament, needle punched | |||
Ultimate Tensile Strength{1} | ASTM D 4595 | lbs/ft(kN/m) | 781(11.4) | 781(11.4) |
Grab Strength{1} | ASTM D 4632 | lbs(kN) | 128(0.57) | |
Trapezoidal Tear{1} | ASTM D 4533 | lbs(kN) | 56(0.25) | |
Elongation at Ultimate{2} | ASTM D 4595 | % | 60 | 60 |
CBR Burst Strength{1} | ASTM D 6241 | lbs(kN) | 540(2.4) | |
Permeability | ASTM D 4491 | cm/sec | 0.41 | |
Apparent Opening Size O9S | ASTM D 4751 | mm | 0.12 | |
Mass Per Unit Area{2} | ASTM D 5261 | oz/yd2(g/m2) | 6.0(200) | |
TYPICAL ROLL DIMENSIONS | ||||
Roll Width | ft(m) | 12.79(3.9) | ||
Roll Length{6} | ft(m) | 164.04(50.0) |
Features of
- Improving bearing capacity of road foundation and prolong its service life.
- Preventing road surface from subsiding and cracking.
- Be convenient for construction, reducing cost and maintaining expense for the project.
- Providing stability for slopes and avoid the losing of the water and soil.