• Fiberglass Geogrid with High Tensile Strengthen System 1
  • Fiberglass Geogrid with High Tensile Strengthen System 2
  • Fiberglass Geogrid with High Tensile Strengthen System 3
  • Fiberglass Geogrid with High Tensile Strengthen System 4
  • Fiberglass Geogrid with High Tensile Strengthen System 5
  • Fiberglass Geogrid with High Tensile Strengthen System 6
Fiberglass Geogrid with High Tensile Strengthen

Fiberglass Geogrid with High Tensile Strengthen

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Loading Port:
Qingdao
Payment Terms:
TT OR LC
Min Order Qty:
50000 m²
Supply Capability:
2000000 m²/month

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Fiberglass Geogrid with High Tensile Strengthen


Description Of Fiberglass Geogrid with High Tensile Strengthen:

1. A kind of planar mesh material using alkali-free fiberglass yarn as base body and

then coated with high quality modified asphalt.

2. Warp knitted with oriental structure which gives full play of yarn strength and improves its mechanical property to make the product high tensile, tearing and  creep-resistant.

3. Coated with asphalt making full protection of the fiberglass matrix and greatly

improving its wear and shear resistance.

4. Having a good performance in pavement strengthening, track cracking and solving 

difficulties of strengthening the bituminous pavement.


 


Main Features of Fiberglass Geogrid with High Tensile Strengthen:

 1. Light weight, high tensile strength, high modulus, low elongation and good toughness.

 2. Corrosion  resistance, no long-term creep, long life span.

 3. Good physical and chemical stability and good thermal stability.

 4. Resistant to fatigue cracking, high-temperature track and low temperature shrinkage cracking.

 5. Delaying and decreasing crack reflection.


Specifications of Fiberglass Geogrid with High Tensile Strengthen:

Tensile Strength (KN)

Warp

>30

>50

>60

>80

>100

>120

>150

>200

Weft

>30

>50

>60

>80

>100

>120

>150

>120

Elongation(%)

<4< p="">

<4< p="">

<4< p="">

<4< p="">

<4< p="">

<4< p="">

<4< p="">

<4< p="">

Mesh Size(mm)

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

25.4*25.4

Elastic Modulus

76

76

76

76

76

76

76

76

Width(m)

1~6

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

50~300

Temperature Resistant(℃)

-100~280

-100~280

-100~280

-100~280

-100~280

-100~280

-100~280

-100~280

Resin Content (%)

18~20

18~20

18~20

18~20

18~20

18~20

18~20

18~20

Glue Type

Bitumen PVC  SBR soakage

Bitumen PVC  SBR soakage

Bitumen PVC  SBR soakage

Bitumen PVC  SBR soakage

Bitumen PVC  SBR soakage

Bitumen PVC  SBR soakage

Bitumen PVC  SBR soakage

Bitumen PVC  SBR soakage




Applications of Fiberglass Geogrid with High Tensile Strengthen:

 1. Maintenance of old asphalt road reinforcement of asphalt pavement.

 2. Converting old cement concrete road into composite road.

 3. Restraining reflection cracking caused by block shrinkage.

 4. Preventing and controlling the cracking caused by new and old combination and uneven settlement. 

 5. Road extension.

 6. Reinforcement of soft soil foundation and overall strength of roadbed. 


Fiberglass Geogrid for Railway Basement Reinforcement


IMages of Fiberglass Geogrid with High Tensile Strengthen:

 

Fiberglass Geogrid with High Tensile Strengthen

Fiberglass Geogrid for Railway Basement Reinforcement

Fiberglass Geogrid for Railway Basement Reinforcement

Fiberglass Geogrid with High Tensile Strengthen

Fiberglass Geogrid for Railway Basement Reinforcement

Fiberglass Geogrid for Railway Basement Reinforcement

 

Fiberglass Geogrid with High Tensile Strengthen


FAQ of Fiberglass Geogrid with High Tensile Strengthen:

1. What are we supplying?

We are specialized in producing Geosynthetic materials, like Geogrid Series, HDPE Geocell, Geonet, Geotextile, Geomat, Tri Denmensional Composite Grainage Geonet, and Geomembrane Series.

 .

2. How Many years experience do we have?
We have been exported to more than 20 countries in the past 15 years.


3. How long do we usually reply your request?

We always reply our customer within 24 hours.


Q:Physical characteristics of geogrid construction method
2, check the geogrid reinforced asphalt pavement or cement: Geogrid laying layer at the bottom of asphalt or cement, can reduce rutting depth, prolong the fatigue life of the pavement, but also can reduce the asphalt or cement pavement thickness, in order to save costs.3, one-way geogrid for reinforcing the dam and road slope and retaining wall: the traditional embankment especially filling high embankment filling and often need to shoulder edge easy compaction, resulting in slope rainwater invasion, collapse phenomenon, at the same time with a gentle slope, covers an area of large, retaining wall have the same problem with Geogrid embankment slope or retaining wall reinforcement can be reduced by two points a area, prolong service life, reduce the cost of 20 - 50%.4, one-way geogrid to reinforce the River seawall: made of stone cage, with the grid and use, prevent the dam washed collapse, stone cage is permeable and can reduce the impact of the waves, prolong the life of the dam, save manpower, shorten the construction period.5, one-way geogrid for processing landfills: Geogrid and other synthetic materials using a combination of Soil Treatment Landfill, can effectively solve the problem of gas emissions derived from the uneven settlement of foundation, and can improve the landfill to maximize storage capacity.6, one-way geogrid special purpose: low temperature resistance. Low temperature resistance of geogrid Lianyi, at - 45 C and 50 C - repeated 200 cycles, the performance indexes meet the requirements, and has been applied to the test of the Qinghai Tibet railway, the North less ice permafrost and ice rich permafrost and ice rich permafrost bad geology.
Q:What is the lifespan of geogrids in typical applications?
The lifespan of geogrids in typical applications can vary depending on various factors such as the specific type and quality of the geogrid, the environmental conditions, and the level of stress or load applied to the geogrid. However, in general, geogrids are designed to have a long lifespan ranging from 20 to 50 years or even more in some cases. Regular maintenance and inspection can help extend the lifespan of geogrids and ensure their continued effectiveness in their intended applications.
Q:Can geogrids be used in reinforcement of retaining walls?
Yes, geogrids can be used in the reinforcement of retaining walls. Geogrids are commonly used to enhance the stability and strength of retaining walls by providing additional reinforcement. They help distribute the forces exerted by the soil and improve the overall performance and longevity of the retaining wall structure.
Q:Are geogrids effective in reducing pavement rutting?
Yes, geogrids are effective in reducing pavement rutting. They provide reinforcement to the pavement structure, distributing loads more evenly and improving its overall stability. By reducing the excessive movement of the underlying soil, geogrids help mitigate rutting and extend the lifespan of the pavement.
Q:What are the factors that affect the installation and survivability of geogrids in harsh environments?
There are several factors that can impact the installation and survivability of geogrids in harsh environments. Firstly, the quality and strength of the geogrid material itself play a significant role. Geogrids made from durable and high-quality materials are more likely to withstand harsh conditions. Secondly, the installation technique is crucial, as improper installation can lead to geogrids being damaged or dislodged. The type and condition of the subgrade also affect the geogrid's survivability, as a stable and well-prepared subgrade provides a solid foundation for the geogrids. Additionally, environmental factors such as extreme temperatures, moisture levels, and chemical exposure can impact the long-term performance and durability of geogrids in harsh environments.
Q:What are the design guidelines for geogrid-reinforced structures?
The design guidelines for geogrid-reinforced structures typically include factors such as selecting the appropriate geogrid material and type, determining the required strength and stiffness of the geogrid, considering the soil properties and conditions, and ensuring proper installation and connection of the geogrid to the surrounding structure. It also involves evaluating factors such as load distribution, settlement, and durability to ensure the stability and long-term performance of the reinforced structure.
Q:Do you need a geogrid to fill the stone roadbed?
Please figure forAre generally required to do
Q:Are geogrids suitable for use in soil reinforcement for pipeline crossings?
Yes, geogrids are suitable for use in soil reinforcement for pipeline crossings. They provide effective reinforcement by distributing loads and improving soil stability, reducing the risk of settlement or failure. Geogrids are designed to withstand high tensile forces and can enhance the performance and longevity of pipeline installations in various soil conditions.
Q:How do geogrids improve the performance of mechanically stabilized slopes in high rainfall areas?
Geogrids improve the performance of mechanically stabilized slopes in high rainfall areas by providing reinforcement and stability to the soil. They increase the shear strength and prevent soil erosion, reducing the risk of slope failure or landslides. Additionally, geogrids allow for better drainage and water flow through the soil, reducing the buildup of water pressure and improving overall slope stability in high rainfall conditions.
Q:How do geogrids improve the performance of mechanically stabilized slopes in clayey soils?
Geogrids improve the performance of mechanically stabilized slopes in clayey soils by providing reinforcement and reducing the potential for slope failures. They enhance the tensile strength of the soil, increase its stability, and prevent excessive movement or deformation. This is achieved by distributing the applied loads more evenly throughout the slope, reducing the pressure on the clayey soil, and increasing its resistance to shearing forces.

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