Geotextile Erosion Control Matting

Gei works aims to meet the needs and requirements of any project or area needing erosion conrol.

Geotextile erosion control matting.

Coir mat installation effective erosion control the area selected for geotextile application should be graded uniformly by removing obstructions such as wood and clods so that coconut geotextile comes in complete contact with soil. Rolled erosion control blankets provide soil erosion protection and assist in the establishment of vegetation on moderate slopes or low flow channel applications where loose mulches or bare ground seeding are not effective. With a wide selection of geotextiles erosion control mats erosion control blankets and coir our erosion control products can be implemented in a wide range of applications for erosion and sediment control as well as pollution prevention. Gridtex is a high performance woven geotextile engineered for reinforcement applications and is ideal for strengthening a.

Mat is not stretched and that the measurement allows for contact of the coconut geotextile with soil. Be aware of the potential for erosion of soils beneath the geotextiles especially on steep loess slopes or in flow paths. Equipped with a grab tensile strength of 250 pounds these fabrics are often used in the following applications. Tests have shown a reduction in sediment loss of between 70 and 100.

Geotextiles mats plastic covers and erosion control covers have maximum flow rate limitations consult the manufacturer. Nilex carries a variety of erosion control blankets including. Jute matting an environmentally friendly geotextile that protects young trees and shrubs from competing with weeds and reduces the need to use herbicide. Nonwoven fabric is a heavyweight geotextile option used for locations that require both strength and filtration.

In all situations an erosion control mat will provide immediate surface protection and will reduce erosion even before the vegetation is established. This kind of geotextile will allow the soil to breathe and allow both air and water to pass through its construction allowing the growth of the desired plants reducing evaporation and minimising water needs.