Fiberglass Geogrid/Polyester Geogrid/PP Geogrid/HDPE Geogrid

Fiberglass Geogrid/Polyester Geogrid/PP Geogrid/HDPE Geogrid System 1

Fiberglass Geogrid/Polyester Geogrid/PP Geogrid/HDPE Geogrid System 2

Fiberglass Geogrid/Polyester Geogrid/PP Geogrid/HDPE Geogrid

Ref Price:: $0.11 - 5.98 / m²

Loading Port:: Qingdao

Payment Terms:: TT or LC

Min Order Qty:: 5000 m²

Supply Capability:: 500000 m²/month

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Fiberglass Geogrid:

1.Description of Fiberglass Geogrid:

CMAX fiberglass geogrid is made from glass fiber by weaving technology and coating treatment.

2.Specification of Fiberglass Geogrid

Tensile Strength: 25-25KN; 30-30KN; 50-50KN; 80-80KN; 100-100KN; 120-120KN;

Road Size: 3.95x100m; as customer required;

3.Technical Data Sheet

Item		CMAX30-30	CMAX50-50	CMAX80-80	CMAX100-100	CMAX120-120	CMAX150-150
Mesh Size(mm)		25.4 x 25.4 or 12.5 x 12.5 or 50.8x 50.8
Breaking strength	Warp direction	30	50	80	100	120	150
	Across warp	30	50	80	100	120	150
Elongation at break %	Warp direction	4
	Across warp	4
Thermal tolerance (℃)		-100 ~280
Width(m)		6

4.Property of Fiberglass Geogrid:

1). High strength, low elongation;

2). Heat-resistant, high modulus.

3). Light weight, good flexibility.

4). Anti-erosion, long life time.

5.Application of Fiberglass Geogrid

1). Roadbed reinforcement, prevent road surface crack.

2). Road reconstruction

3). Soft soil reinforcement, improve road whole bearing capacity and prevent crack.

Polyester Geogrid

1.Description of Polyester Geogrid

CMAX polyester geogrid is made from polyester fiber by weaving technology after gummed processing.

2.Specification of Polyester Geogrid

Tensile Strength: 25-25KN; 30-30KN; 50-50KN; 80-80KN; 100-100KN; 120-120KN; 150-150KN; 200-200KN;

Road Size: 3.95x100m; as customer required;

3. Technical Data Sheet of Polyester Geogrid

Item			Unit	Index
Tensile Strength		Warp	KN/m	55	80	100	120	150	200	300	400	600	800	1200
		Weft	KN/m	30	30	30	30	30	30	30	50	50	100	200
Elongation			%	13 or 10
Grid size			Mm	25.4x25.4 or 50.8x50.8 or 76.2x76.2
Width			M	2 or 4 or 5.2 or 6
Item			Unit	Index
Tensile Strength	Warp		KN/m
	Weft		KN/m
Elongation			%	13 or 10
Grid size			Mm	25.4x25.4 or 50.8x50.8 or 76.2x76.2
Width			m	2 or 4 or 5.2 or 6

4. Property of Polyester Geogrid

1). High tensile strength

2). Low elongation

3).Anti-erosion, anti-aging

4).Good affinity with base material

5). Light weight, water drainage

5.Application of Polyester Geogrid

1). Roadbed reinforcement in highway, railway and municipal road.

2).Reinforcement and separation in dam and river, improve soft soil bearing capacity and stability.

3).Roadbed slope reinforcement, retaining wall renforcement.

Fiberglass Geogrid/Polyester Geogrid/PP Geogrid/HDPE Geogrid

FAQ:

1. What are we supplying?

We are specialized in producing .geotextile , geocell, geogrid, geomembrane

2. How Many years experience do we have?
We have been exported to more than 15 countries in the past 10 years.

3. How long do we usually reply your request?

We always reply our customer within 12 hours.

Q:What are the design considerations for geogrids in reinforced soil slopes prone to seismic activity?: Design considerations for geogrids in reinforced soil slopes prone to seismic activity include: 1. Geogrid selection: Choosing a geogrid with sufficient strength, stiffness, and durability to withstand the dynamic forces generated during seismic events is crucial. The geogrid should have high tensile strength and low elongation properties to effectively restrain the soil mass. 2. Connection details: Ensuring proper connection between the geogrid and the facing system is essential. The connection should be able to accommodate the movement and deformation of the soil during seismic events without compromising the stability of the reinforced slope. 3. Slope geometry: The slope geometry should be carefully designed to minimize the risk of failure. Factors such as slope angle, height, and overall stability need to be considered to prevent excessive stress on the geogrid and ensure it can effectively reinforce the soil. 4. Soil properties: Understanding the behavior of the soil under seismic loading is crucial for designing the geogrid reinforcement. The soil properties, such as shear strength, liquefaction potential, and settlement characteristics, should be evaluated to determine the appropriate geogrid type, spacing, and embedment depth. 5. Dynamic analysis: Conducting dynamic analysis to assess the potential response of the reinforced slope to seismic forces is important. This analysis helps in determining the required strength and stiffness of the geogrid and ensures that the slope remains stable during seismic events. 6. Construction quality control: Implementing proper construction techniques and quality control measures during geogrid installation is vital. Ensuring adequate compaction of the reinforced soil, proper connection of the geogrid to the facing system, and accurate placement of the geogrid layers are important considerations for the long-term stability of the reinforced slope in seismic-prone areas.

Q:Can geogrids be used in reinforcement of bridge abutments on expansive soils?: Yes, geogrids can be used in the reinforcement of bridge abutments on expansive soils. Geogrids are commonly used in civil engineering projects to provide reinforcement and stability to soil structures, including bridge abutments. They help to distribute loads and reduce the potential for soil movement and settlement, particularly in areas with expansive soils that are prone to swelling and shrinking. By incorporating geogrids into the design and construction of bridge abutments, the risk of damage and failure caused by expansive soils can be minimized, ensuring the longevity and safety of the structure.

Q:GSL50 what is the meaning of Geogrid: Ministry of communications industry standard JT/480-2002 biaxial plastic geogrid GSL code, GSL50

Q:Can geogrids be used in shoreline protection projects?: Yes, geogrids can be used in shoreline protection projects. Geogrids are commonly used to reinforce and stabilize soil in various construction projects, including shoreline protection. They help to prevent soil erosion and provide structural support, making them suitable for use in shoreline protection projects to enhance the stability and resilience of the shoreline.

Q:What are the cost considerations for using geogrids in construction projects?: Some cost considerations for using geogrids in construction projects include the initial purchase cost of the geogrid material, the installation cost, and the potential long-term cost savings due to increased stability and durability of the construction. Additionally, the cost of maintenance and repairs may be reduced as geogrids can help prevent soil movement and erosion.

Q:How do geogrids improve the performance of geotextile-reinforced slopes?: Geogrids improve the performance of geotextile-reinforced slopes by providing additional tensile strength and stability to the soil. They act as a reinforcement layer, distributing loads more evenly and preventing excessive soil movement or erosion. This helps to increase the overall strength and integrity of the slope, reducing the risk of failure or collapse.

Q:What are the advantages of using geogrids in construction projects?: Geogrids offer several advantages in construction projects. Firstly, they provide reinforcement to the soil, enhancing its stability and load-bearing capacity. This allows for the construction of structures on weak or challenging soils that would otherwise require expensive excavation or additional materials. Additionally, geogrids help in preventing soil erosion by providing a barrier against the movement of soil particles, reducing the need for costly erosion control measures. Moreover, these grids are lightweight, making them easy to handle and install, saving time and labor costs during construction. Lastly, geogrids have a long lifespan and are resistant to chemical degradation, ensuring their effectiveness and durability over time. Overall, geogrids offer a cost-effective and sustainable solution for improving the performance and longevity of construction projects.

Q:How do geogrids improve the performance of geotextile-reinforced slopes for erosion control?: Geogrids improve the performance of geotextile-reinforced slopes for erosion control by providing additional stability and reinforcement to the soil. They help distribute the load and prevent soil movement, reducing the risk of slope failure and erosion. Additionally, geogrids enhance the overall strength and durability of the slope, increasing its resistance to erosion caused by water flow and other external forces.

Q:What is the difference between woven and non-woven geogrids?: Woven geogrids are made by weaving individual yarns together, creating a grid-like structure. Non-woven geogrids, on the other hand, are manufactured by bonding or interlocking fibers together through mechanical, thermal, or chemical processes. The key difference is in the manufacturing process, which results in woven geogrids being stronger and more rigid, while non-woven geogrids tend to be more flexible and have higher tensile strength. Additionally, woven geogrids are generally used in applications that require high load-bearing capacity, while non-woven geogrids are often used for soil stabilization and separation purposes.

Q:Can geogrids be used in soil erosion control for agriculture?: Yes, geogrids can be used in soil erosion control for agriculture. Geogrids are commonly used to reinforce and stabilize soil, preventing erosion caused by water runoff or wind. They provide strength and stability to the soil, reducing the risk of erosion and preserving the integrity of agricultural land.

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