Dig the trench approximately 6 inches wide by 6 inches deep the full width of the slope.
How to install jute matting.
Jute matting is a natural product designed to offer short term erosion control in low to moderate flow and slope areas.
Apart from the usual maintenance required to sustain the vegetation.
Erosion control fabric jute matting.
Jute matting jute netting and erosion control.
Jute matting mesh is an effective way to prevent soil erosion on slopes and re establish natural vegetation.
The trench acts as an anchor for the blanket.
Jute matting is suitable for both residential and commercial uses environmentally friendly and easy to install.
If you are looking for erosion control fabric jute matting is an all natural biodegradable fiber that can be woven into a groundcover cloth or net used to reduce the effects of erosion.
Excavate a minimum 300 x 150 mm longitudinal anchor trench 600 900 mm over the crest of the slope.
Unfortunately it can be very difficult to get plants to.
When installing eromasta jute mat you should follow the below recommendations for the best performance.
How to apply erosion control netting for landscaping.
The process of erosion removes topsoil either by.
Often referred to as jute netting our soil erosion matting has a woven mesh design that provides a large open area for planting and establishing vegetation.
Under the jute erosion control blanket.
Make sure that the top end of the mat is compacted on the trench by backfilling the area you have dug.
The jute matting is easy to install and is fully biodegradable.
Established plants can help to hold the soil on a slope in place and prevent erosion.
Install the top end of the jute mat into the trench.
After you do this insert the top edge of the matting into the trench and pin the fabric into the ground using a rubber mallet.
Carefully unroll the jute matting down the slope.
Dig a small trench across the top of the slope where you will install the rolls of erosion control blanket.
Step 3 unroll jute matting and backfill.
Jute mat fine can be subjected to water flows of up to 1 3 metres per second.