– Indococo
Coco Mesh
Coco mesh, an innovative geotextile crafted from resilient coconut coir fibers, represents a powerful synergy of natural strength and environmental stewardship. It is widely used in landscaping, agriculture, and construction for applications such as soil erosion control, slope stabilization, and reinforcement of plant roots. The natural properties of coir mesh make it an effective solution for preventing soil displacement and ensuring water retention, particularly in areas prone to heavy rainfall or wind. Additionally, its biodegradable nature ensures minimal environmental impact, allowing it to blend seamlessly into the ecosystem while supporting healthy plant growth and soil conservation.
Spesification
Color : Golden – Brown
Natural
Width : Max 2 m
Length : Max 25 m
Mesh : 1×1 cm – 10×10 cm
Customized
Gallery
Used for.
Erosion Control
Coco mesh actively combats soil erosion on vulnerable slopes, riverbanks, and construction sites. It secures the soil matrix, creating an immediate protective barrier that fosters rapid vegetation growth and deep root establishment for long-term, natural stability.
Slope Stabilization
Our coco mesh or geotextile coir net is effective in stabilising slopes and embankments, providing a natural barrier that reduces the risk of landslides. By encouraging deep vegetation growth, it transforms unstable soil into a permanently reinforced structure, thereby creating a sustainable environment.
Road Construction
The variety of geotextile field, has made Coco Mesh also became the critical engineering solution for sustainable road construction. It effectively stabilizes subsoil, reinforces embankments, and prevents erosion, thereby significantly enhancing the structural integrity and longevity of road infrastructure in geotechnically challenging and high-precipitation environments.
Coastal Protection
With its main function in geotextile field, Coco Mesh is a frontline defender in coastal preservation. By anchoring sand dunes and mitigating wave energy, it actively combats erosion to restore and maintain critical beachfront. This natural solution not only stabilizes the shoreline but also creates a protected habitat for vital dune vegetation, fostering resilient, self-sustaining ecosystems.