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High Strength Plastic Triaxial Geogrid For Base Stabilization And Road Way Geogrilles

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High Strength Plastic Triaxial Geogrid For Base Stabilization And Road Way Geogrilles

Brand Name : SZ

Model Number : TX

Certification : ISO

Place of Origin : JIANGSU,CHINA

MOQ : 10.000 square meter

Price : $0.3-$2.0/SQM

Payment Terms : L/C, T/T

Supply Ability : 10.000 square meter per day

Delivery Time : 5 -8 days. Will subject to project quantity.

Packaging Details : IN DUDE. OR CUSTOMIZED.

Product Name : Triaxial Geogrid

Application : Base Stabilization and Road Way Geogrilles

Material : PP HDPE

Feature : High tensile strength

Tensile Strength : 10-16kn

Elongation : 13-15%

Roll width : 1-6m

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Reinforcement Plastic Triaxial Geogrid for Base Stabilization and Road Way Geogrilles

Triaxial geogrid is manufactured from a punched polypropylene sheet.The triangular structure of triaxial geogrid, coupled with the increased rib thickness and junction efficiency, greatly improves aggregate interlock and confinement leading to optimal structural performance of the mechanically stabilized layer. Research indicates that triaxial geogrid canreduce aggregate base/sub-base requirements by 25% to 50%.

High Strength Plastic Triaxial Geogrid For Base Stabilization And Road Way Geogrilles

Comparative analysis between Triax geogrid and traditional geogrid

1. Structural Differences

Comparison Dimensions	Triax geogrid	Traditional Geogrid( Uniaxial/Biaxial)
Structural form	3D stretching process, triangular mesh, regular hexagonal outer contour, rectangular rib section	2D stretching process, rectangular/square grid, no 3D structure
Node design	Integral stamping, node and grid integration, high plane rigidity	Independent nodes, low plane stiffness
Grid mesh stability	Triangular structure, strong anti-deformation ability	Rectangular grid, easily deformed by force

High Strength Plastic Triaxial Geogrid For Base Stabilization And Road Way Geogrilles

2. Mechanical properties comparison

Index	Triax	Traditional
tensile strength	High tensile strength (≥120kN/m) and low elongation (<5%) in longitudinal, transverse and oblique directions	Unidirectional/bidirectional tensile strength, high elongation
Node validity	≥90%, nodes and ribs work together, excellent shear resistance	Low, prone to failure due to node separation
Load spreading capability	360° uniform load distribution to reduce settlement differences	Local concentrated load, weak settlement control effect

3. Application scenario comparison

Engineering	Triax Geogrid application scenarios	Traditional geogrid application scenarios
Traffic Engineering	Highway/railway soft foundation treatment, wind-blown sand roadbed, high fill embankment	Conventional roadbed reinforcement, bridge abutment back wall
Water Conservancy Project	Anti-scouring dams and infiltration damage protection	Embankment slope protection, small cofferdam
Special Geology	Overlapping of new and old roadbeds, reinforcement of high slopes, and mine tailings ponds	Ordinary soil slope, non-complex geology

High Strength Plastic Triaxial Geogrid For Base Stabilization And Road Way Geogrilles

4. Economy and durability

Comparison Dimensions	Triax Geogrid	Traditional Geogrid
Construction costs	Reduce the thickness of the cushion layer by 36%, shorten the construction period, and reduce the overall cost	Low initial cost, but requires increased cushion thickness
Durability	Temperature resistance -70℃~180℃, UV resistance, corrosion resistance, lifespan > 50 years	Medium durability, easy to age, lifespan is about 20~30 years
Maintenance costs	High long-term stability and low maintenance requirements	Frequent maintenance is required, and the cost is high

5.Summary and Suggestions for Triaxial Geogrid

Scenarios where three-way grids are preferred: complex geological conditions (such as soft foundation, wind-blown sand), high-load transportation projects, and projects with high long-term durability requirements.
Scenarios where traditional grids are applicable: projects with conventional soil, low-load projects, limited budgets, and no strict requirements for settlement control

High Strength Plastic Triaxial Geogrid For Base Stabilization And Road Way Geogrilles

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Triaxial Geogrid for Base Stabilization

High Strength Plastic Triaxial Geogrid

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