Mohon Tunggu ...

About Us

Geoforce Indonesia is a company engaged in the field as a geosynthetic soil reinforcement materials with main product segmental retaining wall, earthwork, geosynthetic and soil improvement

Project Consulting

Contact Info

Our Products

Geotextile Woven PP

GlobalTEX Woven is a woven type geotextile product composed of woven polypropylene silt film tape. The widespread use of woven geotextiles in Indonesia encourages product quality to continue to be improved. GlobalTEX Woven is manufactured using machines specifically for geotextile products.

Supported by the best geotechnical knowledge as well as sophisticated production equipment, it produces the best products and is resistant to various soil conditions.

GlobalTEX Woven has the following advantages :

  1. The sturdy woven structure (double twist) of GlobalTEX Woven ensures that it will not be easily torn or torn when installed in the field. This parameter is very important when geotextiles are used as a separator or separator layer. Because if the separator material is torn during installation, the function of the separator will be disrupted.
  2. The unique surface shape of the GlobalTEX Woven provides a large pull out resistance even when applied to cohesive soils. This parameter will affect the length of anchorage required for reinforcement applications. The rougher the surface, the shorter the anchorage length and vice versa. This will provide significant economic benefits.
  3. The content of carbon black as a uv stabilizer at the time of making silt film as a GlobalTEX Woven material provides a long enough resistance until it is covered or covered by vegetation. This factor is very important because it is not uncommon for certain applications this material to be left exposed to sunlight for a long time.

Tensile strength is an important parameter for reinforcement applications, as GlobalTEX Woven's sophisticated manufacturing process provides maximum tensile strength at minimal material weight. This provides a great economic advantage to obtain the expected level of structural safety.