Weak Subgrade Reinforcement Solution for Roads in Indonesia Using PET Woven Geotextile DML10

Many roads in Indonesia are constructed to support plantation operations and mining activities. However, weak subgrade conditions and low bearing capacity present significant challenges during construction. Reinforcing the road foundation from the early stage is therefore essential to improve long-term performance, reduce maintenance costs, and ensure the durability of the infrastructure.
To address these challenges, a customer in Indonesia selected An Thai’s PET Woven Geotextile DML10 for a large-scale road construction project. A total of 95,400 m² of geotextile was supplied to reinforce the road foundation and improve stability throughout the construction process.

Project Challenges

The road project was constructed in stages over soft ground in plantation and mining areas, where the subgrade conditions required additional reinforcement to ensure structural stability.
Key site challenges included:
-Weak soil conditions.
-Low bearing capacity of the subgrade.
-High risk of settlement and instability during embankment construction.
-Increased maintenance costs and reduced service life if the foundation was not properly reinforced.

Solution: PET Woven Geotextile DML10

An Thai’s PET Woven Geotextile DML10 was installed as a reinforcement layer within the embankment to improve load distribution and enhance the overall stability of the road foundation.

Subgrade Reinforcement

With its high tensile strength and low elongation of approximately 11%, PET Woven Geotextile DML10 effectively distributes loads across the foundation, improving bearing capacity and reducing deformation.

Construction Stabilization

The reinforcement layer minimizes settlement during staged embankment construction, providing greater stability throughout the installation process and enabling safer, more efficient construction.

Lower Maintenance Costs

By improving the stability of the road foundation from the beginning, the geotextile helps reduce differential settlement and pavement damage, resulting in lower maintenance and repair costs throughout the service life of the road.

Why Did the Customer Choose An Thai?

Technical Performance That Meets Project Requirements

PET Woven Geotextile DML10 offers low elongation and consistent mechanical properties that satisfy the technical specifications required by the project consultant. The product has demonstrated reliable performance in practical infrastructure applications.
Customized Product Dimensions for Better Logistics
An Thai optimized the fabric width and roll length to maximize container loading efficiency, helping reduce transportation costs. The company also provides customized product dimensions to meet the specific requirements of projects in the Indonesian market.
Technical Support Beyond Product Supply
An Thai works closely with customers throughout the project, providing technical support and optimizing reinforcement solutions based on actual site conditions.
After the installation, the customer shared photos from the construction site and continued discussions regarding future opportunities, engineering consultants, and upcoming infrastructure projects in Indonesia. This ongoing collaboration reflects the customer’s confidence in both the product quality and An Thai’s technical support.
As contractors and project owners increasingly diversify their supply chains to improve procurement stability, An Thai has become a trusted partner capable of meeting demanding technical specifications, delivery schedules, and service expectations for international infrastructure projects.

An Thai – Reliable Geosynthetic Solutions for International Infrastructure Projects

With modern manufacturing capabilities, flexible product customization, and a dedicated technical team, An Thai delivers more than high-quality geotextiles. The company provides practical engineering solutions tailored to challenging ground conditions.
The successful implementation of this project in Indonesia further demonstrates An Thai’s ability to satisfy strict engineering requirements while supporting infrastructure developments across international markets.