The Greatness of Hilon Geotextile for Road Repair
Because vehicles of various sizes are often passed by, it's not surprising that major roads sometimes get damaged and require repairs. In order to be used for a long time, road repairs require good and sturdy materials. In road repairs, the use of Geo Textile is highly recommended because it has many advantages.
Very suitable for soft and prone soils
With permeable, flexible and thin synthetic sheets, Geo Textile is very suitable for repairing and stabilizing roads. Geo Textile can be applied to strengthen soft soil, so that roads built on the soil can be passed by large vehicles carrying heavy loads. Apart from being effective in strengthening the soil, using Geotextile is also relatively more economical and efficient in installation.
To repair damaged roads, Geo Textile fabric sheets can be used as a road layer and protect them from damage. Apart from strengthening the soil with a soft construction, this synthetic material is also very suitable for use on fragile soil. Geo Textile can withstand heavy loads and avoid landslides.
Can be used in the long term
Geo Textile uses synthetic polyester (polypropylene) material, which is offered in 3 types of layers. The three types of Geo Textile layers are heat bonded, woven and needle punch, which can be used both for road construction and repair. The choice of fabric type can be adjusted according to road conditions, but the appeal of the three forms is very strong.
In road repairs, woven or woven forms are more advisable because we can adjust the direction of force with the direction of the fiber. Through the grain direction and the force, we can well control the road deformation. With a strong woven material, damage can be avoided and repairs do not need to be done too often.
Works Well As Separator
In road repairs that use a variety of materials, the use of Geo Textile can be very useful in separating materials. As a material separator, the use of non-woven Geo Textile is recommended. With the form of non-woven fabric, the possibility of wet mud rising into the hardening area can be prevented, so that the compaction process of hard materials can take place more quickly.