Long-fiber geotextiles are utilized in isolation layers due to their excellent filtration properties. The effectiveness of geotextile isolation layers has been employed in numerous projects by our clients. These layers are commonly used in railway, highway, airport, various runway, and hydraulic engineering projects, with numerous construction examples of long-fiber geotextile isolation layers. Geotextile isolation layers offer high strength, resistance to aging, corrosion, and termite infestation, as well as strong tensile properties. Geotextiles are available in both woven and non-woven varieties and are suitable for use in isolation layers. The thickness of the isolation layer is determined based on construction requirements.
 
The challenging clogging issue faced by the long-fiber geotextile separator layer is an urgent difficulty encountered by geotextile separator layers. In some hydraulic engineering projects, once the particle size of impurities in the water remains trapped within the geotextile fiber mesh, over time, the clogging problem will emerge, leading to a decline in the geotextile's filtration and separation effectiveness.
 
One of the challenges faced by geotextile separation layers is aging, which may be caused by the forces of nature. Depending on the construction process of the product and the differences in raw materials and anti-aging solutions, the anti-aging capabilities of geotextile separation layers vary. Therefore, it is advisable for customers to choose geotextile separation layers that offer the best value for money.
 
Be mindful of protecting the geotextile isolation layer from damage during the construction of long-fiber geotextile isolation layers. Prohibit the ability of the geotextile isolation layer to be affected, and in case of damage, select materials similar to the base material for restoration (efficiency close to 80% of the base material), ensuring the integrity and effectiveness of the geotextile isolation layer.