1. Material Composition:
   • Typically made from high-strength synthetic polymers like polyester or polypropylene.
   • These materials offer excellent tensile strength, durability, and resistance to environmental factors like UV degradation and chemical exposure.
2. Weaving Structure:
   • Woven geotextiles have an open structure with distinct yarn patterns, providing high strength and stability.
   • The weaving pattern can vary, and different patterns may be chosen based on the specific engineering requirements of a project.
3. Tensile Strength:
   • High tensile strength is a crucial characteristic of these geotextiles, allowing them to withstand substantial loads and stresses in various applications.
4. Applications:
   • Reinforcement: Used to enhance the strength of soil or other materials in applications such as retaining walls, embankments, and slope stabilization.
   • Separation: Prevents the mixing of different soil layers, such as the separation of a granular fill material from a soft subgrade.
   • Filtration: Acts as a filter to allow the passage of fluids while preventing the movement of fine particles, commonly used in drainage applications.
   • Erosion Control: Helps in preventing soil erosion by stabilizing the soil and promoting vegetation growth.
5. Construction Projects:
   • Commonly employed in road construction, railway projects, landfills, and other civil engineering projects where soil stabilization and reinforcement are crucial.
6. Durability and Longevity:
   • High-strength woven geotextiles are designed to resist deterioration from environmental factors and maintain their structural integrity over an extended period.

It’s important to consult with geotechnical engineers and follow industry standards and specifications when selecting and installing high-strength woven geotextiles for a particular project to ensure optimal performance and longevity.

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1. Erosion Control: Geotextile bags are often used to control erosion in coastal areas or along riverbanks. They can be filled with sand or other materials to create a barrier against the erosive forces of water.
2. Dewatering: In construction and environmental remediation projects, geotextile bags are used for dewatering sludge or sediment. The bags allow water to drain while retaining the solid particles, facilitating the separation of water from solids.
3. Breakwaters and Revetments: Geotextile bags filled with sand or other materials can be used to create breakwaters or revetments, providing protection against wave action and coastal erosion.
4. Slope Stabilization: Geotextile bags can be employed in slope stabilization projects, helping to reinforce and stabilize slopes against the risk of landslides.
5. Flood Protection: In flood-prone areas, geotextile bags filled with sand or soil can be quickly deployed to create temporary barriers for flood protection.
6. Land Reclamation: Geotextile bags can be used in land reclamation projects to create new land by filling them with dredged materials or other suitable fill.
7. Pipeline and Cable Protection: They can be used to protect underwater pipelines or cables by creating a protective layer around them.
8. Waste Containment: Geotextile bags are used in the containment and disposal of various waste materials, providing a means to isolate and manage waste.

The choice of geotextile material, size, and fill material depends on the specific requirements of the project. Geotextile bags offer advantages such as cost-effectiveness, ease of installation, and versatility in various applications. They have become a valuable tool in the field of geotechnical and environmental engineering.

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• Site Preparation:Ensure the ground surface is properly graded and free of sharp objects, debris, or protruding roots that could damage the geotextile.
• Measure and Cut:Measure the area where you plan to install the geotextile and cut the fabric to the required size. Leave some excess material along the edges to allow for anchoring and overlap (usually around 6 inches or as specified by the project requirements).
• Lay the Geotextile:Unroll the geotextile fabric over the prepared surface, positioning it carefully to cover the entire area. Ensure that any overlapping edges are correctly aligned.
• Anchor the Fabric:To prevent the fabric from shifting or being moved by wind or foot traffic, anchor it in place. This can be done using wooden stakes, landscape pins, or other appropriate fasteners. Place anchors around the perimeter and at regular intervals across the fabric, ensuring a secure hold.
• Overlap and Secure Seams (If Necessary):If multiple pieces of geotextile fabric are required to cover the entire area, overlap the edges by the specified amount (typically around 6 inches) and secure them using geotextile adhesive or tape. The overlap should be in the direction of water flow if it’s an erosion control application.
• Trim Excess Material:Trim any excess geotextile fabric using a utility knife or scissors, especially along the edges or around obstacles like utility poles or drainage pipes. Make clean, straight cuts to prevent fraying.
• Inspect and Adjust:Walk over the installed geotextile to smooth out any wrinkles or folds. Ensure that it lies flat against the ground and is free from any obstructions.
• Backfill or Install Additional Layers (If Needed):Depending on your project, you may need to backfill soil, aggregate, or other materials over the geotextile. Follow the specific instructions for your project to complete the installation.
• Maintenance and Monitoring:Periodically inspect the geotextile installation to check for any damage or signs of wear. Repair or replace any damaged sections promptly to maintain the effectiveness of the geotextile.

Always refer to the manufacturer’s guidelines and project specifications for the appropriate type of geotextile and installation method, as specific requirements may vary based on the intended application and local conditions. Proper installation ensures that the geotextile performs its intended function, whether it’s for erosion control, soil stabilization, drainage, or another purpose.

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The relatively small openings of these fabrics enable them to act as efficient separators preventing the mixing of costly granular materials with fine-grained soils. The geotextile has reasonably high permeability to prevent excessive build-up of pore-pressures due to applied loadings.

Application scope

• For highway, railway, airport, dam, embankment, retaining wall backfill, edge Pei and other rock engineering, the dispersion of soil stress to increase the modulus of soil parts, to limit the soil slip, improve stability.

• To prevent the embankment by the wind, waves, tide, rain erosion, and for the revetment, slope protection, bottom, to prevent soil erosion.

• For the embankment, dam, river and coastal stone fast, soil slope, retaining wall of the filter layer, to prevent sand particles through, and allow water or air through the free.

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Product A

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Description:

The 200gsm non-woven geotextile for filtration reinforcements are made by non-woven process technology,selects polyester staple fiber with high monofilament strength and excellent thickness ratio as raw material after underwent adequate scutching.The state-of-the-art high speed needle punching production line is adopted,its roll width is up to 8 meters.

Porperties:

Be of excellent quality and wide adaptability, adopted by digital constant temperature oven composite process with high precision, ultraviolet resistance, the width is up to 8meters, can greatly reduce quality problem due to construction and other man-made cause, and accelerate the project progress.

Roll width: 5.8m,8m

Roll length: 50m,  100m

Summer Meng:86-18056028960

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Polyester Filament Needle Punched Geotextile Property:
1)anti-aging, the product has very high anti-ultraviolet radiation ability, not easy to degradation.
2) High temperature resistance to up to 230℃ maintaining structure stability and original physical properties.
3) High flat drainage and vertical permeability.
4) High creep resistance.
5) Resistance of erosion of chemicals in soil with the corrosion of gasoline and diesel etc.
6) High elongation under certain stress, thus able to adapt to uneven and irregular bases.

Summer Meng: 86-18056028960

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Geotube technology has been proved to be an effective method for controlling wave energy. Geotube and Geobag are sewn with geotextile, which is especially suitable for low-cost marine and estuarine applications. Existing product names include (geotechnical pipe, geotechnical pipe, geotechnical pipe, geotechnical pipe, etc.).

Introduction to geotechnical pipe technology

Geotube technology has been proved to be an effective method to protect the coastline from erosion caused by storms and tropical low pressure. The construction process is quite simple. The geotextile is sewn with special geotextile, filled with sea sand, and buried along the coast to form a soft embankment line.

Under the influence of bad weather conditions, Geotube soft embankment pipe will prevent the sand, soil and other assets behind the main body of the embankment from being eroded.

The use of Geotube technology is an ideal way to build a soft welding torch. The installation of barriers perpendicular to the coastline will minimize the loss of sand caused by coastal water flow and help to rebuild the eroded coastline.

Benefits of Geopipes

– The construction speed is very fast, using river sand, sea sand and other on-site materials.
– withstand the impact of huge waves
– Sustainability
– No maintenance required
– Reduce the cost of construction investment
– Easy to install.

Professional geosynthetics manufacturer
 Anhui Zhonglu Engineer Materials Co., Ltd
Angela:86-18095658976

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 This knowledge technology have a three-step process:
Step 1: Filling — Sludge (dredged material) is pumped into the Geotube container. Environmentally-safe polymers are added to the sludge, which makes the solids bind together and water separate. The Geotube?container’s unique fabric confines the fine grains of the material.

Step 2: Dewatering — Clear effluent water simply drains from the Geotube container through the small pores in the specially engineered textile. This results in effective dewatering and efficient volume reduction of the contained materials. And this volume reduction allows for the repeated filling of the Geotube container. Over 99% of solids are captured, and clear filtrate can be collected and recirculated through the system. The decanted water is often of a quality that can be reused/returned for processing or returned to native waterways without additional treatment.

Step 3: Consolidation — After the final cycle of filling and dewatering, the solids remain in the bag and continue to densify due to desiccation as residual water vapor escapes through the fabric. Volume reduction can be as high as 90 percent. When full, the Geotube container and contents can be deposited at a landfill, remain on-site, or the solids can be removed and land-applied when appropriate.

Main Features

1. High strength, low deformation geotube geotube

2. Durability: steady property, not easy to resolved, air slaked and can keep the original property long term

3. Anti-erosion: anti-acid, anti-alkali, resists insects and mould geotube

4. Permeability: could control the sieve size to retain certain permeability geotube

5.Effective high volume containment

6.Efficient dewatering and volume reduction

7.Cost effective

8.No special equipment required 

If you have any questions, you can contact us at any time

Summer Meng +86 18056028960

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What materials can a geotextile tube dewater?

The list of materials that can been dewatered by geotextile tubes includes:
Municipal water treatment and wastewater sludge
Contaminated dredged material
Marine dredgings
Agricultural animal waste
Fine-grained, inorganic industrial sludge
Construction dewatering
Shale fracking waste water

Summer Meng +86 18056028960

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