Coir Geotextiles, also known as Coir Bhoovastra, are handcrafted products made from durable coir fibers, specifically designed for protecting land and controlling soil erosion. These geotextiles are highly effective in reducing runoff and controlling erosion by minimizing the kinetic energy of raindrops, which helps prevent soil displacement.
One of the primary applications of Coir Geotextiles is slope stabilization. By covering the slope surface with coir geotextiles, adjusting slope geometry, reinforcing with support structures, or managing groundwater through drainage, these geotextiles have proven their effectiveness, especially during heavy rainfall.
Coir Geotextiles are extensively used in soil bioengineering for a variety of applications including shoreline stabilization, separation in unpaved roads, slope stabilization in railways and highways, stormwater channel protection, and watercourse reinforcement. They are also used for reinforcing temporary walls, road pavements, filtration in road drains, land reclamation, re-vegetation of abandoned mines, and preventing sagging in village roads. Additionally, they serve a critical role in mud wall reinforcement and overall soil stabilization.
Crafted from naturally durable coir fiber, Coir Geotextiles are resistant to rot and mold, making them a cost-effective alternative to synthetic geotextiles. These eco-friendly, biodegradable materials securely hold soil in place, preventing erosion while absorbing the impact of heavy rains and water runoff. They provide lasting soil support, enabling natural vegetation to establish and thrive by retaining moisture and preventing soil from drying out. This promotes the growth of new vegetation, making Coir Geotextiles an excellent choice for protecting slopes and encouraging natural root systems.
Coir Geotextiles are available in woven, mesh, and net forms, with varying densities tailored to specific applications. Over time, these environmentally friendly geotextiles completely decompose, enriching the soil with humus, and leaving behind a healthy, stable environment.
By using Coir Geotextiles, you invest in a natural, sustainable solution that not only protects the environment but also enhances the growth of vegetation, ensuring long-term soil stability.
Type | : Machine & Hand-Woven |
Weight | : 400 GSM to 1000 GSM |
Width | : 1 meter to 4 meters |
Length | : 10 meters to 100 meters |
Packing | : Individual packing or bundle packing |
Loadability | : Up to 45,000 m² per 40 ft. HC container |
Shipment | : 1 week from order placement |
Improves Soil Quality: These geotextiles enrich the soil by adding organic material, enhancing soil fertility and promoting a healthier environment for plant growth.
Supports Vegetation Growth: Coir Geotextiles retain moisture in the soil, preventing topsoil from drying out and encouraging robust root development, which aids in the natural establishment of vegetation.
Durable and Resistant: With high tear-strength resistance, Coir Geotextiles are tough, versatile, and capable of withstanding environmental stresses, making them suitable for various applications.
Simple Installation and Maintenance: These geotextiles are designed for easy installation, maintenance, and repair, making them a practical and efficient solution for erosion control.
Adaptable to Various Terrains: The flexible nature of Coir Geotextiles allows them to conform smoothly to the contours of the land, ensuring effective coverage and protection.
Moisture Absorption: Coir Geotextiles naturally absorb moisture from the air due to their hygroscopic properties, maintaining soil humidity and supporting sustainable plant growth.
Long-Lasting Effectiveness: With high tensile strength, Coir Geotextiles provide reliable erosion control over time, gradually decomposing to enrich the soil with beneficial organic matter.
Coir Geotextiles offer a sustainable and effective solution for a wide range of soil stabilization and erosion control applications. Their natural properties make them an ideal choice for environmentally conscious projects, ensuring both immediate and long-term benefits for soil health and vegetation growth.