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Separation and isolation short Fiber Pet NonWoven Geotextile

XiuHe PET Non woven Geotextile is 100% Polyester continuous filament needle punched non-woven geotextile. XiuHe Geotextilecan offer excellent water flow properties for drainage, isolation and other applications.

Commodity name： Separation and isolation short Fiber Pet NonWoven Geotextile

Category:

Polyester (PET) Staple Fiber Needle Punched Non-woven Geotextile

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Description

Introduction

Engineering anti-seepage geotextile is a geological material used in anti-seepage engineering, commonly used in water conservancy engineering, environmental engineering and other fields. Engineering anti-seepage geotextile plays an important role in anti-seepage engineering, providing reliable anti-seepage effects, protecting engineering structures and soil stability, and ensuring long-term reliable operation of the project.

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Applications

Engineering anti-seepage geotextile is a geological material used for anti-seepage engineering, commonly used in fields such as water conservancy engineering and environmental engineering. Its functions include:

Seepage prevention function: The engineering anti-seepage geotextile has good anti-seepage function, which can effectively prevent the infiltration of water, pollutants or other liquids, and protect the engineering structure from leakage damage.

Strengthening soil: Geotextiles laid in the soil can reinforce the soil, improve the overall stability and tensile strength of the soil, and prevent settlement or landslides.

Separation and isolation: Engineering anti-seepage geotextiles can also be used as isolation layers to avoid mutual infiltration and cross contamination between different media, and maintain the integrity of the engineering structure.

Reducing infiltration risk: By applying engineering anti-seepage geotextiles, the infiltration risks such as groundwater level rise and soil erosion can be reduced, and the safety and stability of the project can be maintained.

Extending the lifespan of the project: Effectively preventing water intrusion will help extend the service life of the project and reduce the cost of future maintenance and repair.