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Geotextile Geosynthetic Containers

Name: China Geotextile Geosynthetic Containers Manufacturers, Suppliers and Factory - Low Price - Ruiheng Building Materials
Brand: Ruiheng
SKU: 274576294

Engineered from high-strength woven/nonwoven geotextiles, our geo containers provide superior sediment containment and erosion protection for coastal, marine and civil engineering projects. These flexible, permeable structures offer exceptional hydraulic performance while being more cost-effective and eco-friendly than traditional rock or concrete alternatives.

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Description

In modern civil engineering and environmental protection, Geosynthetic Geotextile Geo Containers represent a cutting-edge solution for large-scale erosion control, shoreline protection, and land stabilization. These high-performance containers are engineered from ultra-strong woven or nonwoven geotextiles, offering superior load-bearing capacity, hydraulic efficiency, and environmental adaptability.

Unlike traditional methods such as rock revetments or concrete barriers, geo containers provide a flexible, cost-efficient, and eco-friendly alternative. They are widely used in marine construction, riverbank reinforcement, dredged material containment, and landfill applications, ensuring long-term structural integrity while minimizing ecological disruption.

Geotextile Tube Specification

Item		Unit	HT70/60	HT85/80	HT90/120	HT120/120	HT200/200
Mass per unit area		g/m2, ≥	295	365	440	540	850
Tensile strength	Longitudinal	KN/m, ≥	70	85	90	120	200
Tensile strength	Latitudinal	KN/m, ≥	60	80	120	120	200
Elongation at break	Longitudinal	%	10±1	10±1	10±1	10±1	12±1
Elongation at break	Latitudinal	%	8±1	8±1	8±1	8±1	8±1
Seam tensile strength		KN/m	48	64	84	100	170
Static Puncture Resistance (CBR)		KN	7	8	10	15	22
Equivalent aperture (O90)		mm	0.3-0.6
Permeability (Q50)		L/m2/s	15-100
UV resistance (500h strength retention rate)		%	90	90	90	90	90

How to use Geotextile Tube

Geotube are easy to install and can be used for a variety of purposes. The installation process usually includes the following steps:

1. Decide on the size and shape of the Geotube based on your specific application.

2. Place the geotube where necessary and secure it with anchors or other means.

3. Fill the geotube with suitable material.

4. Once the geotube is filled, it can be compacted as needed.

Overall, Geotextile Geotube is a versatile and effective geosynthetic material that can be used in a variety of applications. Its unique properties make it an ideal choice for erosion control, soil stabilization and dewatering. When properly installed and maintained, Geotube can help improve the productivity and lifespan of a variety of construction projects.

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Features & Benefits

Massive-Scale Erosion & Sediment Control

Effectively resists hydraulic forces from waves, currents, and storm surges in coastal and riverine environments.

Stabilizes loose soils and slopes, preventing landslides and embankment failures.

Traps and consolidates dredged sediments, reducing turbidity and protecting aquatic ecosystems.

High-Strength Geotextile Construction

Manufactured from durable polypropylene (PP) or polyester (PET) for exceptional tensile strength and puncture resistance.

UV and chemical-resistant formulations ensure longevity in harsh outdoor and submerged conditions.

Permeable fabric allows water drainage while retaining fine particles for solid containment.

Versatile Applications in Civil & Environmental Engineering

Coastal & Marine Structures – Used in breakwaters, seawalls, and underwater berms to dissipate wave energy.
✔ River & Canal Protection – Reinforces levees, scour aprons, and submerged dikes against erosion.
✔ Dredging & Land Reclamation – Securely contains sludge, contaminated sediments, and hydraulic fill.
✔ Landfill & Waste Containment – Acts as deformable barriers for industrial byproducts and mining residues.
✔ Offshore & Subsea Engineering – Stabilizes pipeline trenches and cable protection systems.

Cost & Logistics Benefits Over Traditional Methods

Lightweight yet high-capacity – Reduces transportation and installation costs compared to rock or concrete.

Rapid deployment – Can be filled in-situ with local materials (sand, slurry, or dredged sediment).

Minimal environmental footprint – No quarrying or invasive construction required.

Project for Geotube

1. Riverbank & Coastal Protection
Shields river edges, estuaries, and shorelines from scouring and wave erosion.
Reinforces levees and flood embankments to withstand high-velocity water flow.

2. Slope & Embankment Stabilization
Secures highway, railway, and hillside slopes against landslides and surface erosion.
Used in land reclamation and mining rehabilitation projects.

3. Landscaping & Green Engineering
Creates terraced gardens, reinforced green walls, and vegetated retaining structures.
Enhances urban drainage systems and stormwater management with permeable soil confinement.

4. Flood Control & Hydraulic Structures
Strengthens drainage channels, spillways, and culverts against water-induced erosion.
Acts as a temporary flood barrier when filled rapidly during emergencies.\

5.Sand Dune & Desert Fixation
Stabilizes beachfronts and desert margins against wind and water erosion.
Supports dune restoration in coastal conservation projects