Coir Mesh

Coir geotextile rolls are natural materials made from 100% organic coconut fibers extracted from the husk of coconuts. These biodegradable geotextiles offer numerous advantages in civil engineering and construction applications. With their high tensile strength, coir geotextiles effectively stabilize soil, prevent erosion on slopes, riverbanks, and shorelines, and reinforce weak soils.

Their permeable nature allows water to pass through while providing essential erosion control. Additionally, coir geotextiles promote root penetration, further enhancing soil stabilization in vegetated areas. As an environmentally friendly and sustainable option, these natural coir geotextiles serve as an effective alternative to synthetic geotextiles in various geotechnical applications, providing both functional and eco-conscious solutions.

Coir geotextile rolls serve several essential functions in civil engineering and construction applications:

Soil Stabilization: They are used to stabilize soil by providing reinforcement and preventing soil movement or erosion. When placed within the soil, these geotextiles distribute loads and improve the soil’s mechanical properties, enhancing its stability and preventing landslides or slope failures.

Erosion Control: One of the primary functions of coir geotextile rolls is erosion control. They are used to protect vulnerable areas such as slopes, riverbanks, and shorelines from the impact of water flow and wave action. By acting as a barrier and dissipating the energy of flowing water, coir geotextiles help to reduce erosion and maintain the integrity of the soil.

Weak Soil Reinforcement: In areas with weak or poor-quality soils, coir geotextiles act as a reinforcing layer. They improve the soil’s load-bearing capacity and shear strength, making it more suitable for construction and preventing settlements or failures.

Water Permeability: Coir geotextiles have an open structure that allows water to pass through freely. This permeability is crucial in drainage applications, as it helps in managing excess water and prevents waterlogging in the soil.

Root Penetration Promotion: The natural structure of coir geotextiles facilitates root penetration in vegetated areas. This encourages the growth of vegetation and enhances soil stability, as plant roots help bind the soil together and further prevent erosion.

Eco-Friendly Solution: Being made from natural coconut fibers, coir geotextiles are biodegradable and environmentally friendly. Unlike synthetic geotextiles, they do not leave any harmful residues in the soil and eventually decompose without causing any ecological harm.

Overall, coir geotextiles play a vital role in sustainable engineering practices, offering a range of functions that contribute to soil conservation, erosion control, and improved stability in various construction and landscaping projects.

Woven coir is a durable and strong material made from natural coconut fibers that are woven together. This process involves extracting the fibers from coconut husks, spinning them to increase flexibility, and then interlacing them horizontally and vertically to create a cohesive fabric.

Woven coir finds applications in various products like mats, rugs, carpets, and geotextiles, offering natural strength and a sustainable solution for flooring, agricultural, and soil stabilization needs.

Coir mesh rolls and coir blankets are both erosion control products made from the natural fiber of coconut husks. However, they have different applications based on their unique features: Coir mesh rolls are designed for use in areas with steeper slopes and higher water flow. They are made from a woven mesh of coir fibres that are held together with biodegradable netting material. The mesh structure provides support for vegetation and helps to stabilize the soil while allowing water to flow through. Coir mesh rolls are typically used in situations where there is moderate to heavy erosion and where immediate stabilization is needed.

Coir blankets, on the other hand, are typically used in areas with lower slopes and less water flow. They are made from a thick layer of coir fibers stitched together with biodegradable thread. Coir blankets are designed to protect newly seeded areas and promote the growth of vegetation. They provide a natural growing environment for plants and help to retain moisture in the soil. Coir blankets are typically used in situations where erosion is minimal or where vegetation needs to be established quickly. Overall, coir mesh rolls and coir blankets are both effective erosion control solutions, but their specific applications depending on the slope of the area, the amount of water flow, and the vegetation needs of the site.

400 GSM – Ideal for erosion control in slopes, hills, and embankments with gentle to moderate gradients. It can also be used for landscaping, terracing, and vegetation restoration in low to moderate-rainfall areas.

700 GSM – Well suited for erosion control in steep slopes, high rainfall areas, and riverbanks. It can be used to prevent soil erosion and minimize sedimentation in waterways.

900 GSM – This is best for high-stress applications such as road and rail embankment construction, steep slopes, and riverbanks. It provides exceptional erosion and sediment control and can also be used for vegetative stabilization.

Keep in mind that the choice of GSM also depends on the coarseness of the coir mesh and the type of vegetation being established. If you are unsure about the required density (GSM) of mesh needed for your application, you can chat with our friendly experts through the HEIGER chat function.

Coir mesh rolls are a versatile and eco-friendly landscaping material that can be used for various applications.

Lawn establishment:

Coir mesh rolls can be used to establish a new lawn or repair patches in an existing lawn. They help to prevent soil erosion, improve water retention, and promote healthy grass growth.

Garden bed stabilization:

Coir mesh rolls can be used to stabilize garden beds, prevent soil erosion, and retain moisture for plant growth. They can be installed around flower beds, vegetable gardens, or other landscaped areas.

Green roof installation:

Coir mesh rolls can be used in green roof systems to stabilize the growing medium and prevent soil erosion. They provide an ideal medium for plant growth and help create a sustainable and attractive green roof.

Pathway and trail stabilization:

Coir mesh rolls can be used to create erosion-resistant pathways and trails in landscaped areas. They help to stabilize the soil, prevent erosion, and provide a natural and environmentally-friendly solution for footpaths or walking trails.

Slope greening:

Coir mesh rolls can be used to stabilize slopes in landscaped areas, prevent soil erosion, and promote vegetation growth. They can be installed on sloping lawns, embankments, or other landscaped slopes to add stability and prevent erosion along with our coir logs.

Landscape restoration:

Coir mesh rolls can be used in landscape restoration projects to stabilize soil, promote vegetation establishment, and restore degraded areas. They are suitable for rehabilitating disturbed or damaged landscapes, such as after construction or other extensive disturbances.

By using coir mesh rolls in landscaping applications, you can benefit from their erosion control, slope stabilization, and vegetation establishment properties, while also promoting sustainability and environmental consciousness in your landscape projects.

Geotextile rolls made entirely out of coir represent an eco-friendly and biodegradable alternative to synthetic geotextiles. Geotextile rolls made of coir, derived from the fibrous husks of coconut, offer exceptional strength, flexibility, and durability, making geotextile rolls an ideal material for various civil and environmental engineering applications. These coir-based geotextile rolls provide excellent erosion control, sediment retention, and soil stabilization capabilities.

Geotextile rolls made of coir are particularly well-suited for environmentally sensitive areas where the preservation of natural ecosystems is crucial. Coir geotextile rolls act as an effective bio-filter, allowing water to pass through while trapping sediment and preventing soil erosion. As geotextile rolls made of coir gradually decompose over time, they enrich the soil with organic matter, further promoting vegetation growth and ecological balance. The sustainable nature and minimal environmental impact of geotextile rolls made of coir make them a valuable choice for projects seeking to blend engineering excellence with ecological sensitivity.

Yes, coir is a natural material. It is derived from the fibrous husk that surrounds the coconut shell, which is the outermost layer of the coconut fruit. Coir is a natural fiber that is extracted from this husk, and it has been used for centuries in various applications due to its durability and versatility. Coir is considered an eco-friendly material because it is biodegradable and renewable, making it a sustainable choice compared to synthetic alternatives. It is commonly used in products such as mats, ropes, mattresses, and erosion-control materials.

Coir erosion products such as geotextile rolls are specifically designed to control soil erosion, prevent sedimentation, and promote soil stabilization, inclusive of a wide range of benefits.

Biodegradable: Coir erosion products are made from natural coconut fibres, making them biodegradable and environmentally friendly. They break down over time, leaving no harmful residue behind.
Promotes vegetation growth: Coir erosion products provide an ideal environment for vegetation growth, creating a natural and sustainable solution for erosion control.
Easy to install: Coir erosion products are easy to install and require minimal equipment or expertise.
Cost-effective: Coir erosion products are a cost-effective solution for erosion control compared to other synthetic materials.
Durable: Coir erosion products are strong and durable, able to withstand harsh weather conditions and heavy water flow.
Overall, using coir erosion products offers a sustainable and effective solution for controlling erosion and promoting healthy vegetation growth.