High Tensile Resistance Roll Size 5.2x100M Retaining Walls
Polyester Geogrid Reinforce Railway Slope Soil
Key Benefits of Using Yixing Shenzhou Polyester Geogrid in
Retaining Walls:
Cost-Effectiveness: MSE walls are significantly cheaper to build
than equivalent-height concrete
cantilever walls, especially as the height increases.
Speed of Construction: No waiting for concrete to cure.
Construction is rapid, using standard earthmoving equipment.
Flexibility and Durability: Unlike rigid concrete walls, MSE walls
can tolerate significant settlement and seismic
activity without catastrophic failure. They are flexible and can
absorb movement.
Aesthetic Versatility: The wall face can be finished with a wide
variety of materials (natural stone, textured concrete, etc.)
to blend with any environment.
High Load-Bearing Capacity: Properly designed MSE walls can support
very heavy loads, such as highway bridge
abutments and industrial platforms.
Polyester Geogrid Design and Construction Workflow:
Site & Soil Analysis: Geotechnical engineers analyze the soil
conditions, loads, and required wall height.
Design: Engineers specify the geogrid type (polyester), its
strength, length, and vertical spacing between layers.
The length is crucial for creating a stable reinforced zone.
Construction:
A leveling pad is prepared.
The first layer of wall facing units is placed.
A layer of select backfill is placed and compacted.
The polyester geogrid is rolled out over the compacted soil and
connected to the wall face.
The process repeats: backfill, compact, place geogrid, until the
top is reached.
Yixing Shenzhou Polyester Geogrids:
- 1.Uniaxial Polyester Geogrids:
Stronger in one direction, used for reinforcement in specific
directions, such as retaining walls.
Popular Types : 100-30 KN/M ; 200-30 KN/M ; 200-50 KN/M ; 250-50
KN/M ; 200-100 KN/M
- 2. Biaxial Polyester Geogrids:
Strong in both directions, suitable for applications requiring
reinforcement in all directions, like embankments and slopes.
Hot Sell Models : 80-80 KN/M ; 120-120KN/M ; 200-200KN/M；
500-500KN/M
Polyester Geogrids Coating PVC Or Coated SBR
200-2000KN/M PET Biaxial Polyester Geogrids Technical Specification
(ASTM/ISO Standards)
| Property | PET-200 | PET-500 | PET-1000 | PET-2000 | Test Method |
|---|
| Tensile Strength (MD/CMD) | 200×200 kN/m | 500×500 kN/m | 1000×1000 kN/m | 2000×2000 kN/m | ISO 10319 |
| Elongation at Break | ≤13% | ≤13% | ≤13% | ≤13% | ASTM D6637 |
| Creep Limit (50 yrs) | ≤1.5% | ≤1.5% | ≤2% | ≤2.5% | ISO 13431 |
| Aperture Size | 50.8x50.8mm | 50.8x50.8mm | 50.8x50.8mm | 50.8x50.8mm | EN ISO 10318-1 |
Packing and Shipping
Selling packing: Customers' company Logo mark can be designed and added.
Outer packing: Packed in double layer woven bags to ensure smooth arrival and
avoid rough handle.
Delivery Detail: Winthin 10 days after received your deposit
Delivery Detail: 100,000 square meters can be finished within 3 days
Delivery Time: 3-20 days after confirming order, detail delivery date should be
decided according to
production season and order quantity.
Polyester Geogrids Application :
Polyester geogrids are used in all major reinforcement
applications,
especially where long-term performance is critical:
Reinforced Soil Retaining Walls (MSE Walls):
The primary application, where they provide the tensile strength to
hold the soil mass together.
Steep Slope Reinforcement: Stabilizes slopes at angles steeper than
natural soil would allow.
Basal Reinforcement over Soft Soils:
Used to construct embankments and roads over soft, compressible
ground by distributing
loads and providing a stable platform.
Landfill Liners and Capping Systems:
Reinforces the sides and covers of landfills, providing stability
to the composite liner system.
More expertise and solutions for PET Grid Polyester Geogrids,
please contact Yixing Shenzhou Amelie
Email : amelie@geogrid-cn.com
Mob/Whatsapp : 0086 13815119816
Welcome To Get Free Sample!!!
Yixing Shenzhou Geosynthetics Coated SBR Reinforcement Polyester
Geogrid is a premium geosynthetic solution:
designed for the most demanding infrastructure projects. Its
combination of:
High-Strength, Low-Creep Polyester Core for long-term stability,
and
Abrasion-Resistant SBR Coating for durability during installation
and service,
makes it an ideal choice for reinforcing the foundations of
railways and highways.
It transforms a weak, two-layer system (soil + aggregate) into a
strong, composite,
three-layer system (soil + geogrid + aggregate), leading to a more
durable, long-lasting, and cost-effective infrastructure asset.
