• Eco-Friendly PP Spun- Bonded Nonwoven Weed Mat System 1
  • Eco-Friendly PP Spun- Bonded Nonwoven Weed Mat System 2
  • Eco-Friendly PP Spun- Bonded Nonwoven Weed Mat System 3
  • Eco-Friendly PP Spun- Bonded Nonwoven Weed Mat System 4
  • Eco-Friendly PP Spun- Bonded Nonwoven Weed Mat System 5
  • Eco-Friendly PP Spun- Bonded Nonwoven Weed Mat System 6
Eco-Friendly PP Spun- Bonded Nonwoven Weed Mat

Eco-Friendly PP Spun- Bonded Nonwoven Weed Mat

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Loading Port:
Qingdao
Payment Terms:
TT OR LC
Min Order Qty:
500 m²
Supply Capability:
500000 m²/month

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Product Description

 

The weed control mat is made of environmentally friendly raw materials, pp woven fabric. It used to prevent the growth of weed, without the use of potentially dangerous chemical sprays or labor intensive hoeing. Once installed, weed mat will continue providing protection for years without maintenance.

They are permeable fabrics, which allow air, water and nutrients to pass through, and designed to block out the sun to reduce photosynthesis and stop weed growth.



Specification

ROPERTY 

ASTM TEST METHOD 

Minimum Average 
Roll Values 
English 

Minimum Average 
Roll Values 
Metric 

Mass per unit Area

ASTM D-5261 

3.0 oz/yd2

100 g/m2

Grab Tensile 

ASTM D-4632 

145 lbs 

660 N 

Grab Elongation 

ASTM D-4632 

15% 

15% 

Trapezoid Tear 

ASTM D-4533 

55 lbs 

245 N 

Water Flow Rate 

ASTM D-4491 

5 gal/min/ft2

203 L/min/m2

UV Resistance 

ASTM D-4355 

70% @ 500 hrs 

70% @ 500 hrs 





ROLL DIMENSIONS

Roll Width          

0.9m (3’)

1.8m (6')

2.7m (9')

Roll Length       

91.4m (300’)

Roll Weight

8kgs (17lbs)

16kgs (34lbs)

24kgs (52bs)


 

 


 

Features 

1. Weed suppressant and drainage control landscaping fabric
2. Easy to use, Environmentally friendly 
3. Allows water, air and nutrients through, suppressing weeds without the use of chemicals
4. Reduces the level of watering required due to the slower rate of water evaporation

 



 Application

 

1. Excellent Weed Control
2. Moisture, fertilizers, air reach plants to allow for healthy soil
3. Good water and air permeability
4. Exceptional toughness and strength
5. Durable, tear-resistant; won't rot or mildew
6. Lightweight, easy to install, follows natural ground contours
7. Ideal for use in landscaped beds, under decks and walkways.




Eco-Friendly PP Spun- Bonded Nonwoven Weed Mat



Eco-Friendly PP Spun- Bonded Nonwoven Weed Mat

Eco-Friendly PP Spun- Bonded Nonwoven Weed Mat

Eco-Friendly PP Spun- Bonded Nonwoven Weed Mat

Eco-Friendly PP Spun- Bonded Nonwoven Weed Mat

Eco-Friendly PP Spun- Bonded Nonwoven Weed Mat


 FAQ

   1, Samples Policy

 

      Samples are free, but the freight is on customers' charge

      Samples will usually be sent out in one day.

 

  2, Prices

 

      As for the prices, we need you to provide us weight, color, width and usage so that

      we can quote you best.

 

  3, How to place an order?

 

  • Inquiry

  • Reply

  • Sample

  • Contract     

  • Receiving deposit& production

  • Testing& Packing

  • Delivery

  • Receiving




Q:What is the role of geotextiles in road construction?
Geotextiles play a vital role in road construction by providing reinforcement, filtration, and separation functions. They are used to improve the strength and stability of roads, prevent soil erosion, filter out fine particles, and separate different layers of materials. Geotextiles help enhance the durability and performance of roads, making them more sustainable and cost-effective in the long run.
Q:Polypropylene geotextile and polyester geotextile with the naked eye how to distinguish
Polypropylene compared to white, polypropylene fiber than polyester fiber density point, anti-aging anti-aging of polypropylene, polyester aging,
Q:What are the different functions of geotextiles in geoenvironmental engineering?
Geotextiles serve various functions in geoenvironmental engineering, including erosion control, soil stabilization, drainage, filtration, and reinforcement. These materials prevent soil erosion by acting as a barrier against water flow and wind forces. They also stabilize soil by improving its mechanical properties, preventing soil movement and settlement. Geotextiles facilitate drainage by allowing water to pass through while retaining soil particles. They serve as a filtration layer, separating different soil layers and preventing the migration of fine particles. Additionally, geotextiles are used for reinforcement purposes, enhancing the strength and load-bearing capacity of soil structures.
Q:What are the key factors affecting the UV stability of geotextiles?
The key factors affecting the UV stability of geotextiles include the polymer type, additives, and the thickness of the geotextile. The polymer type determines the inherent resistance of the geotextile to UV degradation. Additives such as UV stabilizers can enhance the UV resistance of the geotextile. Additionally, the thickness of the geotextile plays a role in its UV stability, as thicker geotextiles tend to provide better protection against UV rays.
Q:How are geotextiles used in civil engineering projects?
Geotextiles are used in civil engineering projects to provide reinforcement, filtration, drainage, and separation functionalities. They are commonly used to reinforce soil, especially in retaining walls and embankments, to prevent erosion and stabilize the ground. Geotextiles also act as a filtration layer, allowing water to pass through while preventing the migration of soil particles, which helps to maintain the integrity of structures and prevent clogging. Additionally, they can be used for drainage purposes, efficiently removing excess water from the soil and preventing water accumulation. Furthermore, geotextiles are used to separate different layers of soil or aggregate materials, preventing them from mixing and maintaining their individual properties. Overall, geotextiles play a crucial role in improving the durability, stability, and performance of civil engineering projects.
Q:How do geotextiles help in groundwater drainage?
Geotextiles help in groundwater drainage by providing a permeable barrier that allows water to flow through while retaining the soil particles. This helps in preventing clogging of the drainage system and facilitates efficient water movement, reducing the risk of waterlogging and promoting proper groundwater management.
Q:How do geotextiles improve the performance of railway tracks?
Geotextiles improve the performance of railway tracks by providing a stable and well-drained base for the tracks. They prevent the contamination of subgrade soil, control soil erosion, and enhance load distribution. Additionally, geotextiles reduce the formation of track deformations and increase the overall durability and lifespan of the railway tracks.
Q:How are geotextiles used in construction?
Geotextiles are used in construction to reinforce and stabilize soil, prevent erosion, and separate different layers of soil or aggregate materials. They are commonly used in road construction, landfills, retaining walls, and drainage systems to enhance the overall durability and performance of the structures.
Q:What are the fire resistance properties of geotextiles?
Geotextiles generally possess good fire resistance properties. They are typically made from synthetic materials such as polypropylene or polyester, which have inherently high melting points and low flammability. Additionally, geotextiles often undergo treatments to enhance their fire resistance, such as the addition of flame retardant chemicals. These properties help geotextiles withstand exposure to fire and prevent their contribution to the spread of flames. However, it is important to note that the specific fire resistance properties can vary depending on the type and composition of the geotextile.
Q:What are the key properties of geotextiles?
Geotextiles are permeable fabrics made from synthetic materials, such as polyester or polypropylene, and are primarily used in civil engineering and construction projects. The key properties of geotextiles include high tensile strength, excellent filtration capabilities, good durability, and resistance to biological degradation. They also provide effective drainage, soil stabilization, and erosion control, making them a versatile solution for various applications in geotechnical engineering.

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