Coconut Coir Fiber Products
Coconut coir fiber products feature some of our toughest erosion control materials for use on steeper slopes, longer term erosion control areas, or high flow locations. Coir fiber materials are derived from the husks of coconuts to create high strength products such as coconut coir logs, erosion control mats, and high filtration coir wattles. Depending on your intended application and location, different products may work better than others at controlling and stabilizing areas.
A favorite for use along banks, hills or slopes, Coir Logs (featured above) are designed with a high strength outer twine netting and interior mattress coir fibers for stabilization and shore line restoration. Coir logs can be built in a number of different diameters including 12", 16" and 20". Larger erosion control logs are often used in more demanding locations or areas where there is a higher expected water flow.
Coconut Coir Mats
For areas in need of low-level soil stabilization or the establishment of vegetation, coconut coir mats are a must. Coir Mats feature an open weave design that allows for plant seeds or vegetation to be planted directly through designated openings along the mat. These openings allow enough space for roots to be established and to take growth in your area.
Designed to be slightly tougher than straw, the coconut coir mats will feature an extended life span of anywhere from four to six years
(4-6 yrs.). Over this period, the coir mats will slowly begin to biodegrade into the surrounding areas. This will help to enrich the soil and further facilitate growth.
For areas looking to deal with increased filtration needs, the Coir Wattle is a popular choice. While not as densely packed as the coir log, the coir wattle is capable of higher levels of filtration for placement around storm drains, inlets and construction sites. As water passes through these wattles, sediment and other materials are slowly filtered out. This has helped to remove silt and other small particles from various stormwater runoff materials.