High-Quality Hongyue filament geotextile Factories, Quotes

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High-Quality Hongyue filament geotextile Factories, Quotes

Filament geotextile is a commonly - used geosynthetic material in geotechnical and civil engineering. Its full name is polyester filament needle - punched non - woven geotextile. It is made through the methods of polyester filament net - forming and needle - punching consolidation, and the fibers are arranged in a three - dimensional structure. There are a wide variety of product specifications. The mass per unit area generally ranges from 80g/m² to 800g/m², and the width usually ranges from 1m to 6m and can be customized according to engineering requirements.

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Product Description

Characteristics

Good Mechanical Properties

High Strength: Filament geotextile has relatively high tensile, tear - resistant, bursting - resistant and puncture - resistant strength. Under the same grammage specification, the tensile strength in all directions is higher than that of other needle - punched non - woven fabrics. It can effectively enhance the stability and bearing capacity of the soil. For example, in road engineering, it can improve the strength of the roadbed and prevent the road surface from cracking and collapsing due to uneven stress.
Good Ductility: It has a certain elongation rate and can deform to a certain extent without breaking when subjected to force. It can adapt to the uneven settlement and deformation of the foundation, evenly distribute the load and maintain the integrity of the engineering structure.

Hydraulic & Chemical Properties

Good Chemical Stability: It has good corrosion resistance to chemical substances such as acids, alkalis and salts in the soil and pollutants from the petroleum and chemical industries. It can maintain stable performance in harsh chemical environments for a long time and can be applied in places such as landfills and chemical sewage ponds.
Strong Drainage Capacity: Filament geotextile has small and interconnected pores, which endows it with vertical and horizontal drainage capabilities. It can allow water to gather and drain, effectively reducing the pore water pressure. It can be used in the drainage systems of earth dams, roadbeds and other projects to drain the accumulated water in the foundation and enhance the stability of the foundation.
Good Filtration Performance: It can prevent soil particles from passing through while allowing water to permeate freely, avoiding the loss of soil particles and maintaining the stability of the soil structure. It is often used for the filter - protection of dam slopes, canals and other parts in water conservancy engineering.

Physical Advantages

Outstanding Anti - aging Performance: With the addition of anti - aging agents and other additives, it has strong anti - ultraviolet, antioxidant and weather - resistance capabilities. When exposed to outdoor environments for a long time, such as in open - air water conservancy and road projects, it can withstand direct sunlight, wind and rain erosion and has a long service life.
Large Friction Coefficient: It has a large friction coefficient with contact materials such as soil. It is not easy to slip during construction and can ensure the stability of laying on slopes. It is often used in slope protection and retaining wall engineering.
High Construction Convenience: It is light - weight, easy to carry and lay. It can be cut and spliced according to engineering needs, with high construction efficiency and can reduce construction costs and labor intensity.

Applications

Water Conservancy Engineering

Dam Protection: It is used on the upstream and downstream surfaces of dams and can play the roles of filtration - protection, drainage and reinforcement. It prevents the dam soil from being scoured by water flow and enhances the anti - seepage and stability of the dam. For example, it is widely used in the reinforcement project of the Yangtze River embankment.
Canal Lining: It is laid at the bottom and on both sides of the canal as a filtration - protection and isolation layer to prevent water in the canal from leaking and at the same time avoid soil particles from entering the canal and affecting the water flow. It can improve the water - conveyance efficiency and service life of the canal.
Reservoir Construction: It is laid on the dam body and at the bottom of the reservoir, which helps with drainage and prevents the dam body from sliding and ensures the safe operation of the reservoir.

Transportation Engineering

Highway Engineering: It can be used to reinforce soft foundations, improve the bearing capacity of the foundation and reduce the settlement and deformation of the roadbed. As an isolation layer, it separates different soil layers and prevents the mixing of the upper - layer pavement materials and the lower - layer roadbed soil. It can also play the roles of drainage and preventing reflective cracks and extend the service life of the highway. It is often used in the construction and renovation of expressways and first - class highways.
Railway Engineering: In railway embankments, it is used as a reinforcement material to enhance the overall stability of the embankment and prevent the embankment from sliding and collapsing under train loads and natural factors. It can also be used for the isolation and drainage of railway ballasts to improve the working conditions of the ballast and ensure the safe operation of the railway.

Environmental Protection Engineering

Landfill: It is laid at the bottom and around the landfill as a seepage - prevention and isolation layer to prevent landfill leachate from leaking into groundwater and polluting the soil and groundwater environment. It can also be used for the cover of landfills to reduce rainwater infiltration, reduce the production of leachate and at the same time suppress the emission of garbage odor.
Sewage Treatment Pond: It is used on the inner wall and at the bottom of the sewage treatment pond to play the roles of seepage - prevention and filtration - protection and ensure that the sewage does not leak during the treatment process and avoid polluting the surrounding environment.

Mining Engineering

Tailings Pond: It is laid on the dam body and at the bottom of the tailings pond to prevent harmful substances in the tailings from leaking into the surrounding environment with the leachate and protect the surrounding soil, water and ecological environment. At the same time, it can enhance the stability of the dam body and prevent accidents such as dam - body failure.

Agricultural Engineering

Irrigation Canal: Similar to its application in the canals of water conservancy engineering, it can prevent canal leakage, improve water - use efficiency and ensure the normal progress of farmland irrigation.
Farmland Protection: It is used for the slope protection of farmland to prevent soil erosion and protect the soil resources of farmland. It can also be used as a covering material to inhibit weed growth, maintain soil moisture and promote crop growth.

Filament geotextile agricultural application

Frequently Asked Questions (FAQ)

What is the full name and composition of filament geotextile?

The full name is polyester filament needle-punched non-woven geotextile. It is made using polyester filament net-forming and needle-punching consolidation processes, organizing fibers in a robust three-dimensional structure.

What specifications are available for this material?

The mass per unit area generally ranges from 80g/m² to 800g/m², and the width typically ranges from 1m to 6m. Specifications can also be customized based on specific engineering requirements.

How does it help in drainage and filtration applications?

Its small, interconnected pores provide both vertical and horizontal drainage, which helps reduce pore water pressure. It acts as a filter that prevents soil particles from escaping while allowing water to flow freely, maintaining soil structural stability.

Can filament geotextile withstand chemical exposure and aging?

Yes, it has strong resistance to acids, alkalis, salts, and chemical pollutants. In addition, anti-aging and anti-ultraviolet additives ensure it can withstand direct sunlight, wind, and rain erosion over long-term outdoor use.

What are its primary uses in transportation and highway engineering?

It is used to reinforce soft foundations, prevent uneven settling, isolate different soil layers to avoid material mixing, drain excess water, and prevent reflective cracks in the pavement, extending road and railway lifespan.