About Geo textile fabric
Geotextile fabric is a synthetic permeable textile material commonly used in civil engineering, construction, and landscaping applications to improve soil stability, provide erosion control, and aid in drainage.
Key Characteristics:
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Material: Made from synthetic fibers like polypropylene or polyester.
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Permeability: Allows water to pass through while blocking soil and other particles.
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Durability: Resistant to biological and chemical degradation, UV exposure, and mechanical wear.
Types of Geotextiles:
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Woven Geotextiles
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Non-Woven Geotextiles
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Manufactured by bonding fibers together through heat, needle punching, or chemical processes.
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Excellent for filtration, drainage, and separation.
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Commonly used in landscaping, erosion control, and French drains.
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Knitted Geotextiles
Common Applications:
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Road and railway construction (separation and stabilization)
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Retaining walls (reinforcement)
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Drainage systems (filtration)
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Erosion control on slopes and riverbanks
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Landfill liners and caps
Benefits:
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Prevents soil erosion
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Improves load distribution
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Reduces maintenance costs
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Enhances drainage performance
Engineered for Railway ApplicationsThis geotextile fabric has been meticulously developed to meet the demanding requirements of railway construction and maintenance. Its non-woven structure ensures effective soil separation, helping to prevent intermixing of ballast and subsoil, ultimately enhancing rail stability. The robust polypropylene material, along with advanced UV stabilization, guarantees long-term performance even in challenging outdoor environments.
Outstanding Material QualitiesWith its 100 GSM weight and 1.2 mm thickness, this geotextile delivers the ideal balance between flexibility and durability for heavy-duty use. Resistant to ageing, oils, and harsh weather, it maintains its physical integrity over time. Its smooth surface simplifies installation and allows for efficient overlapping when used in elongated tracks or layered construction projects.
FAQ's of Geo textile fabric:
Q: How is this non-woven geotextile fabric utilized in railway construction?
A: The fabric is primarily used for soil separation, stabilizing the foundation beneath railway tracks by preventing the mixing of different soil layers. Its robust structure aids in distributing loads and managing water drainage under the tracks.
Q: What benefits does UV stabilization provide for this geotextile fabric?
A: UV stabilization prevents the material from degrading under prolonged exposure to sunlight, ensuring it retains its strength, flexibility, and performance throughout its operational life, especially in outdoor railway environments.
Q: When should I choose a 100 GSM geotextile over heavier fabrics?
A: A 100 GSM geotextile is ideal for separation and filtration functions where moderate strength is required without excessive bulk. For standard railway projects where load distribution and durability are critical but not extreme, this specification is suitable.
Q: What process should be followed to install this geotextile fabric on railway sites?
A: Begin by preparing and leveling the ground, then roll out the geotextile fabric across the designated area, ensuring proper overlap at seams. Secure it in place before overlaying with ballast or other construction materials, following project specifications for best results.
Q: Where can this geotextile fabric be sourced in India?
A: You can procure this fabric from leading dealers, manufacturers, suppliers, traders, and wholesalers across India. Many fabricators and producers offer tailored solutions to meet specific project requirements.
Q: In what ways does this geotextile fabric improve railway infrastructure longevity?
A: By providing effective separation, filtration, and drainage, the geotextile helps maintain the integrity of the railway substructure, reduces maintenance needs, and extends the overall lifespan of rail tracks.
Q: What distinguishes this geotextile fabric from other materials in terms of application and features?
A: This non-woven geotextile stands out due to its blend of weather resistance, oil and water proofing, ageing resilience, and UV stabilization, all of which are essential for diverse and demanding railway applications in varying Indian climates.