Coconut Fiber Mesh: Eco-Friendly Solutions for Erosion Control

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What is coconut fiber Mesh?

Coconut fiber mesh (Coir netting) consists of a natural material made from coconut fibers. These fibers cover the ground well and serve to protect the soil. Coir nets are woven by hand with skilled workers.

Coconut fiber mesh is a versatile, eco-friendly product widely used in civil engineering and environmental projects. Made from natural coconut fiber, it offers an excellent solution for soil erosion control, slope stabilization, and landscaping. Here’s an overview:

Key Features of Coconut fiber mesh

  1. Biodegradable and Eco-Friendly:
    • Fully decomposes over time, enriching the soil.
    • A sustainable alternative to synthetic geotextiles.
  2. Durability and Strength:
    • High tensile strength, making it suitable for heavy loads.
    • Lasts up to 5 years, depending on environmental conditions.
    • The source of raw materials is abundant and quality only , by weaving coconut fibers into small meshes, forming a strong and flexible mesh array .
  3. Water Absorption and Retention:
    • Retains moisture, promoting vegetation growth.
    • Helps stabilize soil by maintaining a microclimate for seeds.
  4. Customizable:
    • Available in various mesh sizes, thicknesses, and densities for specific applications.

Kind of Coconut fiber mesh (Coir Netting):

  • Product Type : Weaved Mesh
  • Feature Sustainable
  • Material Natural Coconut Fiber
  • Fiber Length 5-25cm
  • Product length: 10m – 80m
  • Product 1m – 2m

Kind of Coconut fiber mesh (Coir Netting):

  • Coconut fiber mesh 200 GSM
  • Coconut fiber mesh 400 GSM
  • Coconut fiber mesh 700 GSM
  • Coconut fiber mesh 900 GSM
  • Coconut fiber mesh 1000 GSM

Benefits of Using Coconut fiber mesh (Coir netting)
Environmental Protection: Supports sustainable development and reduces the carbon footprint.

Economic Value: Cost-effective and readily available in regions with coconut production.

Enhanced Vegetation Growth: Facilitates plant rooting and prevents soil compaction.