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What is Filament geotextile


Release time:

2024-12-25

Filament geotextile is a high-performance geosynthetic material.

Filament geotextile is a high-performance geosynthetic material. The following is a detailed introduction to it:

1. Definition and raw materials
Filament geotextile is a fabric made of polymer slices through spinning, laying nets, needle punching reinforcement and other processes. It can also be called polyester filament needle punched non-woven geotextile. It is an environmentally friendly building material that does not contain chemical additives and is not heat-treated.

2. Main characteristics
High strength: Under the same gram weight specifications, the tensile strength of filament geotextile in all directions is higher than that of other needle punched non-woven fabrics.
High temperature resistance: filament geotextile can withstand temperatures up to 230°C, and still maintains structural integrity and original physical properties even at high temperatures.
Good permeability: Due to its thickness and needle punching forming characteristics, filament geotextile has good plane drainage and vertical permeability, which can be maintained even after many years.
Creep resistance: Compared with other geotextiles, filament geotextile has better creep resistance, which makes it have better long-term effectiveness.
Corrosion resistance: Filament geotextile can resist the erosion of common chemicals in the soil and the corrosion of gasoline, diesel, etc.
Ductility: Under a certain stress, filament geotextile has good elongation, which enables it to adapt to the unevenness of irregular base surfaces.


3. Application fields
Filament geotextile has good mechanical properties, water permeability, corrosion resistance and anti-aging ability, and is widely used in civil engineering and environmental protection engineering, mainly including:

Water conservancy projects: Filament geotextile can be used for anti-seepage, embankment reinforcement, river management, reservoir construction, etc. in water conservancy projects.
Road engineering: Filament geotextile can be used for reinforcement, waterproofing, anti-corrosion, isolation layer, etc. in road engineering.
Railway engineering: Filament geotextile can be used for reinforcement, isolation, anti-seepage, anti-corrosion, etc. in railway engineering.
Environmental engineering: Filament geotextile can be used for soil stabilization, landfill coverage, yard coverage, etc. in environmental engineering.
Mining Engineering: Filament geotextile can be used for mine waste treatment, slope reinforcement, anti-seepage, etc. in mining engineering.
Governance Engineering: Filament geotextile can be used for river regulation, soil erosion control, wind and sand fixation, etc. in governance engineering.


4. Functions and Roles
It plays a permanent isolation role, has frost resistance and the bearing requirements required for construction.
Water can penetrate in all directions without accumulating pressure, while preventing soil loss, which is beneficial to stability and anti-corrosion performance.
Due to the fluffiness of its structure, it can effectively control the drainage of the surface of geotechnical engineering.
Due to its good puncture resistance, elongation and fluffiness, it can effectively protect the waterproof layer from potential mechanical damage.
Fluffiness and high strength improve the overall stability of the project and increase its strength.


5. Standards and Parameters
The production and application of filament geotextiles need to follow certain standards, such as the national standard GB/T 17639-1998 (now updated to GB/T 17639-2023). Its technical parameters include unit area mass deviation, thickness, width deviation, breaking strength, breaking elongation, CBR bursting strength, equivalent pore size, vertical permeability coefficient, tearing strength, etc.

 

In summary, filament geotextile plays an important role in civil engineering and environmental protection engineering with its excellent performance and wide application fields.

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PROJECT CASES

Aquaculture

In the aquaculture industry, geosynthetics such as Huaxiang geomembranes and geotextiles can be used to create healthy aquaculture ponds, ensure stable water quality and reduce water resource consumption. All geosynthetics provided by Huaxiang can be customized according to customer needs.

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Landfill

Huaxiang Factory provides customers with high-standard geosynthetics to meet their needs for building landfills.

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Mining

Huaxiang geosynthetics are widely used in mining projects and have a long service life. Product specifications are customized according to customer needs, and customers are very welcome to visit our factory.

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Agriculture

In agricultural irrigation and biogas digester scenarios, geosynthetics such as geomembranes and geotextiles play a key role due to their respective characteristics. The products provided by Huaxiang Factory meet the standards and can be customized according to requirements.

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Road Construction

The geosynthetics such as geomembranes, geotextiles, geogrids, geocells, etc. provided by Huaxiang play an irreplaceable role from roadbed treatment to pavement protection, from drainage systems to environmental protection isolation.

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Slope Protection

The application of geosynthetics in mining runs through every link from mine construction to tailings treatment, waste rock dump management and slope protection, playing an indispensable role in improving mining production safety, reducing environmental pollution and ensuring sustainable development of resources.

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Ditch Construction

In the field of canal and canal construction and maintenance, geosynthetics have made important contributions to the efficient operation of water conservancy projects, the rational use of water resources, and the improvement of project durability through their unique functions.

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Coastal Engineering

In coastal engineering, geosynthetics such as Huaxiang geobags, cement blankets, and geogrids play an important role in coastal engineering from coastal protection, structural reinforcement to slope stability, and effectively respond to the challenges brought by the complex geology and environment of coastal areas.

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