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1. Regarding the use of this geotextile product, its main role is to act as a barrier and filter information to permanently separate soil from water, ultimately preventing the accumulation of water pressure, and then preventing water activity from forming corrosion. Geotextiles are also effectively used to optimize crop productivity, gardens, and greenhouses. Their protective properties reduce the need for manual labor for pesticides, and adhere to the minimum limit.
In addition, geotextile related geotextiles act as persistent independent soil water barriers and filters data, ultimately preventing the accumulation of water pressure, and then preventing water activity from forming corrosion.
The phenomenon that the strain of a filament geotextile increases continuously with time under the tensile action of a stable external force is called creep. When used in projects that play a role in filtration, drainage, and barrier, the filament geotextile is quickly subjected to a stable tensile external force. Therefore, the pupation characteristics of the filament geotextile are considered as the index for selecting the fabric. The filament geotextile plays a reinforcing role, Its creep characteristics have a significant impact on its reinforcement effect. Filament geotextiles are used to reinforce embankments on soft foundations. Filament geotextiles have been subjected to a certain amount of tension. After a certain time, the filament geotextile undergoes significant deformation, which can affect the stability of the embankment. Part of the damage can occur, such as deformation exceeding its crack elongation, and the filament geotextile cracks, which can cause complete damage to the embankment. In such projects, It usually takes 5 to 7 years to consolidate a soft foundation. During this period, the creep of the filament geotextile cannot exceed the planned value.
Accurate utilization has good effect.
And the use of geotextiles in water conservancy projects has a very good effect, because this type of material has good water conductivity, relatively long use time, and is relatively reliable in terms of durability.
This type of product can form a dedicated drainage channel inside the soil mass, which can ensure the accurate discharge of excess liquid and some gases during the removal of other wastes. This can prevent residues in the interior of the soil mass and have a certain impact on the structure of the soil mass. This not only affects the structure of the soil mass, but also may have a significant impact on subsequent production.
For soil, during the use of the product, it can also prevent deformation of the soil, which is very useful for improving the deformation resistance. For some construction projects, the use of geotextiles can enhance the stability of buildings.
Moreover, geotextile is also very helpful for improving the quality of soil mass, which can ensure that the soil mass can be relatively smooth during construction, and the soil mass can also discharge some waste materials to prevent them from remaining inside the soil mass, resulting in an impact on the structure of the soil mass.
In fact, waterproof geotextile products such as filament geotextile are commonly used in production, because their air permeability and water permeability are relatively good, and they are very popular with businesses. Their waterproof effect is also very popular with manufacturers.
If the raw material used for the product is relatively special and some polypropylene or polyester fibers are used as fuel, the effect on corrosion resistance is also very significant, which can enhance the product’s ability to resist corrosion and avoid the appearance of corrosion to some substances in the soil.
Geotextiles are commonly used in many civil engineering projects to assist in their production, as they can enhance the tensile strength and deformation resistance of soil.
In fact, this type of waterproof geotextile is widely used, not only in water conservancy projects, but also in some ordinary railway transportation projects, as well as in construction, to ensure that the effect of the product can be recognized by the manufacturer.