China Geotextile Tube Suppliers - High-Quality Geotube Factory for Cost-Effective Sludge Dewatering and Environmental Solutions
⚙
Core Principle
WAZ PLASTIC
Utilizes a precision "water-permeable but soil-tight" woven structure. Through hydraulic filling of slurry/sand + pressure filtration, it achieves:
💧 Dewatering & Volume Reduction: Water permeates out, >99% solids retained. Moisture content reduced from 95% to 40%–60%, volume reduced by 60%–90%.
🧱 Solidification & Structure Formation: Forms a continuous flexible structure that adapts to settlement, resists waves, scouring, and sliding.
🌿 Ecological Closure: In-situ sludge solidification and resource utilization, no secondary pollution.
📋
Key Material & Performance
WAZ PLASTIC
Material
High-tenacity PP (450–1000g/㎡), PP/PE composite, UV-stabilized
Tensile Strength
85–220 kN/m (MD/CD)
Aperture (O90)
15–0.5 mm
Permeability
1×10⁻² – 1×10⁻⁴ cm/s
Chemical Resistance
pH 2–13
Service Life
15–70 years (UV-stabilized)
Custom Sizes
Diameter 1–11m, Length 10–100m+
⭐
Core Advantages
WAZ PLASTIC
01
Cost Reduction (30%+)
Low equipment investment, minimal land occupation, reduced transportation, faster construction.
02
Safety & Reliability
Flexible structure, high seam strength, all-weather operability.
03
Eco-Friendly
Fully enclosed treatment, sludge recycling, vegetation-friendly.
04
Versatility & Easy Installation
Handles sludge, sand, tailings; simple pumping operation.
🌎
Main Applications
WAZ PLASTIC
⚓ Coastal & Port
Revetment, breakwaters, land reclamation, dredging.
💧 Hydraulic & River
Dike reinforcement, dredging, ecological restoration.
♿ Environmental & Waste
Municipal/industrial sludge dewatering, landfill caps.
🏛 Municipal & Soft Ground
Temporary cofferdams, soil improvement, flood control.
🥇
Why Choose Us?
WAZ PLASTIC
✏
Custom Engineering
Tailored design for every project.
🛠
Technical Support
Full installation, chemical, and QC guidance.
🏆
Quality Certified
ISO, ASTM, GB compliant.
📈
Turnkey Solutions
Equipment, labor, and maintenance packages.
🏆
Our Certificates
WAZ PLASTIC
❓
Frequently Asked Questions
QWhat is a geotextile dewatering tube and how does it work?
A geotextile dewatering tube is a large-scale fabric container made from high-tenacity woven geotextile. Slurry or sludge is hydraulically pumped into the tube; the permeable fabric allows water to drain out while retaining over 99% of solids inside, effectively reducing volume and moisture content for easy disposal or reuse.
QWhat materials are used in WAZ PLASTIC geotextile tubes?
WAZ PLASTIC geotextile tubes are manufactured from high-tenacity polypropylene (PP) at 450–1000 g/㎡, or PP/PE composite fabric, all UV-stabilized to ensure a service life of 15–70 years depending on application conditions.
QWhat sizes are available for custom orders?
WAZ PLASTIC offers fully customizable geotextile tubes with diameters ranging from 1 to 11 meters and lengths from 10 to over 100 meters, allowing precise engineering solutions for projects of any scale.
QIn which industries or projects can geotextile tubes be applied?
Geotextile tubes are widely used across coastal and port engineering (revetments, breakwaters, land reclamation), hydraulic and river projects (dike reinforcement, dredging), environmental applications (sludge dewatering, landfill caps), and municipal works (cofferdams, flood control, soft ground improvement).
QHow much can geotextile tubes reduce sludge volume and cost?
Geotextile tubes can reduce sludge volume by 60%–90% and lower moisture content from approximately 95% down to 40%–60%. Compared to conventional dewatering methods, overall project costs can be reduced by 30% or more due to lower equipment investment, reduced transportation needs, and faster construction timelines.
QAre WAZ PLASTIC geotextile tubes environmentally safe and certified?
Yes. WAZ PLASTIC geotextile tubes provide fully enclosed sludge treatment with no secondary pollution, support in-situ sludge recycling, and are vegetation-friendly after dewatering. All products comply with ISO, ASTM, and GB quality standards, backed by certified documentation.


