Polyester Geotextiles
100g/m2~800g/㎡
1m~8m in roll width
Color: white, black, green the length and color as client's request.
Polyester Geotextiles
Polyester Geotextiles are high-performance synthetic fabrics engineered for critical civil and environmental engineering applications. Made from high-tenacity polyester filaments, these geotextiles offer exceptional tensile strength, outstanding resistance to creep, and long-term durability, making them the ideal choice for demanding projects where performance and longevity are paramount.
polyester geotextiles
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.
polyester geotextiles
Polyester Geotextiles’ Key Features
Exceptional Tensile Strength and Modulus: Our polyester geotextiles provide high strength at low strain, ensuring effective reinforcement and stabilization with minimal deformation under load.
Superior Resistance to Creep: A critical advantage over polypropylene, polyester exhibits minimal long-term elongation under constant load, guaranteeing the long-term integrity of reinforced soil structures.
Excellent Chemical and Biological Resistance: Highly resistant to degradation from soil chemicals, alkalis, acids, and microorganisms, ensuring consistent performance in a wide range of environments.
High UV Resistance: Stabilized for extended exposure to sunlight, facilitating easy installation and site handling.
Polyester Geotextiles’s Specifications
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Product Name
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Polyester and pp geogextile
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Material
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polyester or pp or mixed or recycled
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Surface
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both sides smooth / both sides textured / one side smooth, the other side textured / as your request
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Thickness
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1mm – 5.0mm
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Size
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Width: 4M – 10M
Length: 50M – 200M (or as request)
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Color
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Black, White, Blue, Green, Grey , etc
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MOQ
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1000sqm per thickness
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Certificate
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CE / ISO 9001
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Packing
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In PP woven bag or as request
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Samples
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Free samples available
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Delivery Time
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about 15 days after received the 30% deposit
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Polyester Geotextiles’s Applications
Soil Reinforcement and Stabilization:
Reinforced steep slopes and retaining walls.
Stabilization of weak subgrades under roadways, embankments, and foundations.
Base course reinforcement for paved and unpaved roads.
Separation and Filtration:
Prevents the intermixing of dissimilar soil layers, maintaining the structural integrity of the base course.
Acts as a filter in drainage systems, preventing soil erosion while allowing water to pass through freely.
Erosion Control:
Used in conjunction with revetment systems to protect slopes and channels from water-induced erosion.
Polyester Geotextiles’s Core Advantages & Technical Superiority
Exceptional Tensile Strength & High Modulus: Provides superior reinforcement with high strength at low elongation, ensuring minimal deformation under sustained loads. Ideal for soil reinforcement and stabilization where dimensional stability is critical.
Superior Creep Resistance: A defining characteristic that sets polyester apart from polypropylene. Our polyester geotextiles maintain their structural integrity over decades, even under constant, heavy loads, making them the safest choice for permanent structures like reinforced walls and steep slopes.
Outstanding Chemical & UV Resistance: Highly resistant to a wide range of soil chemicals, alkalis, and acids. UV-stabilized for extended exposure, ensuring performance is not compromised during installation or service life.
Robust Puncture & Abrasion Resistance: Withstands installation stresses and harsh subgrade conditions without compromising hydraulic or mechanical properties.
Excellent Hydraulic Properties: Effectively functions as a separator, filter, and drainage layer, preventing soil intermixing while allowing for efficient water flow to mitigate pore pressure.
