White staple fibers non-woven geotextiles for highway road construction Echo

White staple fibers non-woven geofabric

White staple fiber needle-punched nonwoven geotextiles are primarily composed of white polypropylene or polyester short fibers. They are produced through processes such as opening, carding, disordering, web laying, and needle-punching. With a high porosity and excellent permeability, these geotextiles demonstrate superior filtration and drainage capabilities. They serve various functions including anti-seepage, filtration, drainage, separation, reinforcement, protection, and sealing. Widely applicable in projects such as railways, highways, sports arenas, dams, hydraulic engineering, coastal areas, land reclamation, and environmental protection, these geotextiles offer versatile solutions for a range of applications. Usually, the width are from 4m to 6m accoding to our customer's needs, specifications are from 100g/㎡ to 800g/㎡.

Specifications

Product Performance:

1, Excellent Permeability and Water Transmissivity:

Utilizing the good breathability and water permeability of the geotextile to allow water flow through, effectively trapping and preventing soil erosion.

2, Prevention of Mixing Between Layers:

Preventing the mixing of upper and lower layers of sand, soil, and concrete.

3, Effective Water Conduction:

The geotextile exhibits excellent water conduction, forming drainage channels within the soil structure to discharge excess liquid and gas.

4, Enhancement of Soil Strength and Deformation Resistance:

Strengthening the tensile strength and deformation resistance of the soil with the geotextile, enhancing the stability of construction structures and improving soil quality.

5, Effective Stress Distribution:

Effectively diffusing, transmitting, or decomposing concentrated stress to prevent soil damage under external forces.

6, High Permeability:

Maintaining good water permeability even under soil pressure.

7, Unclogging Mesh Design:

The non-clogging mesh structure formed by the irregular fiber organization provides flexibility and mobility, preventing mesh blockage.

8, Corrosion Resistance: Resistant to corrosion.

9, Simple Construction:

Lightweight, convenient to use, and easy to install, simplifying the construction process.

Funtions in highway road construction  

The white staple fibers non-woven geofabric plays a multifaceted role in highway road construction, addressing various challenges and contributing to the overall performance and longevity of the infrastructure.

1, Soil Stabilization:

Enhances the stability of the soil structure, providing a solid foundation for the road.

2, Erosion Control:

Prevents soil erosion, maintaining the integrity of the construction site.

3, Effective Drainage:

Facilitates proper drainage by allowing water to pass through, reducing the risk of water accumulation and associated issues.

4, Reinforcement:

Reinforces the construction site, particularly the roadbed, contributing to increased strength and durability.

5, Anti-Seepage:

Acts as a barrier to prevent seepage, ensuring that water does not infiltrate undesirably into the soil.

6, Filtration:

Filters out impurities and prevents the mixing of different soil layers, maintaining uniformity.

7, Protection:

Provides protection to the underlying layers, preventing damage and maintaining the integrity of the road construction.

8, Longevity:

Contributes to the long-lasting and resilient nature of the highway, enhancing its overall lifespan.

Our advantages

1, We are a leading geosynthetic products factory in China.

The factory covers an area of more than 230 acres, with over 40,000 square meters of standardized industrial buildings. It is equipped with more than 26 modern production lines for geosynthetic materials, with a total annual production capacity of 73,500 tons.

2，ISO certificates

We have obtained ISO9001 Quality Management System, ISO14001 Environmental Management System, and OHSAS18001 Occupational Health and Safety Management System certifications. This serves as an effective guarantee for high-quality products and services.

3，Our team

We take pride in our professional and innovative team at our company. Our team members excel in collaboration, are passionate, and dedicated to achieving excellence. Through continuous learning and research, we not only have a deep understanding of the latest industry trends but also adapt flexibly to market changes.

We prioritize teamwork and firmly believe that innovation is the key to driving continuous development in our enterprise. In this era full of challenges and opportunities, our professional team will continue to strive, providing customers with high-quality products and services. We are committed to ongoing innovation in the industry, laying a solid foundation for future success.

FAQ

1, What is the primary function of white staple fibers non-woven geotextiles in highway road construction?

The primary function is to enhance soil stability, provide effective drainage, prevent erosion, and reinforce the roadbed, contributing to the overall durability of the highway.

2, How does the geotextile contribute to soil retention in road construction?

The geotextile helps to improve soil retention by creating a stable foundation, minimizing the risk of soil displacement and ensuring uniformity in construction layers.

3, Can white staple fibers non-woven geotextiles be used for other applications besides highway road construction?

Yes, these geotextiles are versatile and can be used in various applications such as railways, sports arenas, dams, and environmental projects due to their excellent properties.

4, What are the advantages of using non-woven geotextiles in road construction compared to other materials?

Non-woven geotextiles offer high permeability, effective filtration, and excellent tensile strength, providing a reliable and durable solution for road construction.

5, How does the geotextile contribute to preventing water infiltration and seepage in highway projects?

The geotextile acts as a barrier, preventing water infiltration into the soil and minimizing the risk of seepage, thus contributing to the overall integrity and longevity of the highway.

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