Papua New Guinea High strength Polyester (PET) Staple Fiber Needle Punched Non-woven 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.

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Papua New GuineaPolyester (PET) Staple Fiber Needle Punched Non-woven Geotextile

Phone:+86 13105487610

Product Description

Introduction

PET short fiber non-woven geotextile is a geosynthetic material made from polyester (PET) short fibers through non-woven technology. It has excellent strength, tensile performance, and stability, and is widely used in civil engineering, water conservancy engineering, and environmental engineering fields.

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Applications

The main characteristics of PET short fiber non-woven geotextile include:

High strength: PET short fiber non-woven geotextile has good tensile strength and tear resistance, which can effectively enhance the stability and load-bearing capacity of the soil.

Corrosion resistance: PET materials have good acid and alkali resistance and corrosion resistance, and can adapt to various environmental conditions for use.

Good ductility: PET short fiber non-woven geotextile has good ductility and can adapt to the deformation and settlement of the foundation, providing stable and reliable support effect.

Working Drawing

Good permeability: PET short fiber non-woven geotextile has good permeability, which can maintain the drainage performance of the soil layer and effectively prevent water accumulation and seepage inside the soil.

PET short fiber non-woven geotextile is widely used in fields such as soil and water conservation, leakage prevention, road construction, river regulation, and landscaping. It can be used to prevent soil erosion, reinforce soil, improve foundations, and enhance soil structures, playing a role in protecting and reinforcing land.

When selecting PET short fiber non-woven geotextile, factors such as material strength, quality, and size should be considered according to the specific engineering requirements to ensure that it can meet the requirements and expected effects of the project.