• L&M Geotextiles Continuous Filament Spunbonded Nonwoven Geotextile for Road and Railway Station System 1
  • L&M Geotextiles Continuous Filament Spunbonded Nonwoven Geotextile for Road and Railway Station System 2
L&M Geotextiles Continuous Filament Spunbonded Nonwoven Geotextile for Road and Railway Station

L&M Geotextiles Continuous Filament Spunbonded Nonwoven Geotextile for Road and Railway Station

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Loading Port:
Tianjin
Payment Terms:
TT OR LC
Min Order Qty:
-
Supply Capability:
5000rolls m²/month

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Continuous Filament Spunbonded Nonwoven Geotextile forRoad and Railway station

Made from ultrahigh molecular weight polyethylene (UHMW-PE) fiber and PET fiberby nonwoven

Needle punched manufacturing process.

Specification ContinuousFilament Spunbonded Nonwoven Geotextile for Road and Railway station:

1.200G/M2 - 1200G/M2

2lm-6m in roll width, the length as clients ' request

Continuous FilamentSpunbonded Nonwoven Geotextile for Road and Railway station Property:

L. Super high strength, ultralight, high resistance

2. Resistance to chemical erosion, excellent water resistance

3. Abrasion resistant

4. Excellent anti-aging and anti-UV property, good weather fastness

Continuous FilamentSpunbonded Nonwoven Geotextile for Road and Railway station Application:

I. Separation and stabilization in road and railway construction

2. Reinforcement project


Q: What is the coefficient of friction for nonwoven geotextiles? What is the coefficient of friction between rock and soil?
Geotextile friction coefficient refers to the friction between the two surfaces and the role of the vertical force on a surface ratio. It is related to the roughness of the surface, regardless of the size of the contact area. According to the nature of motion, it can be divided into dynamic friction coefficient and static friction coefficient.
Q: What are the specifications for geotextiles in subsurface drainage projects?
The specifications for geotextiles in subsurface drainage projects typically include requirements for the material's strength, permeability, filtration properties, and durability. These specifications ensure that the geotextile can effectively separate soil particles from the drainage media, prevent clogging, and maintain its functionality over time. Additionally, the specifications may also address the geotextile's dimensions, weight, and installation guidelines to ensure proper performance in subsurface drainage applications.
Q: How do geotextiles contribute to climate change adaptation?
Geotextiles contribute to climate change adaptation by providing effective erosion control and soil stabilization measures. They help prevent soil erosion, which reduces the risk of landslides and other natural disasters caused by heavy rainfall and erosion. Geotextiles also improve water infiltration and drainage, leading to better water management in areas prone to flooding or droughts. Additionally, they promote vegetation growth, which aids in carbon sequestration and reduces greenhouse gas emissions. Overall, geotextiles play a crucial role in mitigating the impacts of climate change and enhancing the resilience of landscapes and infrastructure.
Q: How do geotextiles prevent soil erosion?
Geotextiles prevent soil erosion by acting as a barrier that stabilizes the soil, allowing water to pass through while preventing the movement of soil particles. They provide reinforcement to the soil, reducing the erosive forces of wind and water, and promoting vegetation growth by retaining moisture and nutrients in the soil.
Q: What equipment is geotextile equipment?
This I do not how clear, and detailed you can go to Long Yun machinery manufacturers to see, his home is specialized in producing this equipment manufacturers, hoping to help you to adopt.
Q: Can geotextiles be used for reinforcement in landfills?
Yes, geotextiles can be used for reinforcement in landfills. They are often used as a separation layer between different soil layers, providing stability and preventing the mixing of materials. Geotextiles also help in enhancing the overall strength and performance of the landfill structure by distributing loads and reducing the potential for erosion or piping.
Q: Can geotextiles be used in coastal revetment works?
Yes, geotextiles can be used in coastal revetment works. Geotextiles are commonly used as a protective layer in coastal engineering projects to prevent erosion and provide stabilization to the soil or slopes. They can be placed under riprap or other armoring materials to enhance their effectiveness and longevity in protecting coastal areas from wave action and erosion.
Q: Can geotextiles be used in the construction of agricultural ponds?
Yes, geotextiles can be used in the construction of agricultural ponds. Geotextiles are permeable fabrics that can be used to separate, filter, reinforce, or drain soils in various construction applications. In the case of agricultural ponds, geotextiles can be used to prevent soil erosion, stabilize slopes, and provide protection against punctures or tears in the pond lining. Additionally, geotextiles can help improve water quality by filtering out sediment and contaminants from runoff water entering the pond.
Q: Are geotextiles suitable for use in geocell retaining walls?
Yes, geotextiles are suitable for use in geocell retaining walls. Geotextiles are often used as a separation and filtration layer in geocell systems, helping to prevent soil erosion, improve drainage, and enhance overall stability of the retaining wall.
Q: What are the specifications for geotextiles in wastewater treatment projects?
The specifications for geotextiles in wastewater treatment projects typically include requirements for strength, filtration efficiency, and durability. Additionally, they may specify the type and weight of geotextile fabric to be used, as well as any necessary certifications or testing standards that need to be met. Geotextiles used in wastewater treatment projects are typically designed to provide effective filtration and separation of solids, while also being resistant to chemical degradation and capable of withstanding the harsh conditions present in wastewater treatment facilities.

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