ACETex® PET
Geotextiles
About
High Strength Woven Geotextile for Soil Reinforcement
ACETex® PET is a high-strength woven geotextile fabric engineered for demanding soil reinforcement applications. Manufactured from high-tenacity and high molecular weight polyester (PET) yarns, ACETex® PET is constructed using advanced weaving techniques to create a high-strength geotextile fabric. This woven fabric is produced through a precise weaving process that enhances its durability and ensures long-lasting field performance. This product offers exceptional tensile strength at very low elongation, making it a reliable solution for stabilizing weak soils and supporting heavy loads.
The use of premium PET yarns ensures dimensional stability, resistance to environmental degradation, and effective load transfer in critical geotechnical structures. The characteristics of the woven fabrics—such as their strength, durability, and low elongation—make them particularly well-suited for harsh environmental conditions where long-term performance is essential. The geotextiles woven with advanced techniques provide superior strength and stability, making them ideal for applications requiring robust reinforcement and support.
ACE Geosynthetics’ geotextile fabric product line includes a range of woven materials designed for reinforcement, separation, and filtration. Each woven geotextile fabric in the product line plays a crucial role in soil reinforcement and filtration, supporting a variety of geotechnical applications. These woven geotextile fabrics are produced to meet strict technical standards, ensuring consistent quality and performance. The advanced manufacturing process allows these products to produce superior results in terms of durability, strength, and filtration efficiency. They are specifically engineered to provide dimensional stability, which is essential for effective load support and stabilization in civil engineering projects. Key characteristics of ACETex® PET include high strength, high tensile modulus, chemical and biological resistance, and outstanding creep performance, making it a superior stabilization fabric for modern civil engineering applications. The filtration capability is enhanced by the precise sieve structure of the fabric, which allows water to pass through while maintaining soil stability.
Function

Separation

Reinforcement
Features
High Tensile Strength at Low Elongation
ACETex® PET woven geotextiles deliver exceptionally high tensile strength, achieving up to 1400 kN/m in uniaxial direction and 600 kN/m × 600 kN/m in biaxial directions. These high strengths are mobilized at very low strains, making the fabric highly effective in minimizing deformation under load.
The woven fabric offers superior load distribution and structural reinforcement in both paved and unpaved roads. ACETex® PET is engineered to enhance the durability and longevity of roadways by providing stability and effective load transfer for both paved and unpaved roadways. In particular, it plays a critical role in stabilizing unpaved roadways, where its durability and load distribution capabilities help extend surface lifespan. This is especially valuable in areas with soft subgrades or voids, where settlement and rutting must be controlled. This high-strength woven fabric also provides excellent puncture resistance, further enhancing structural integrity and load-bearing capacity. The product is also widely used in driveways, where it stabilizes subgrades, facilitates separation, and reinforces the structure to improve durability and reduce maintenance.
Functioning as a robust stabilization fabric, ACETex® PET helps extend pavement service life, reduce maintenance cycles, and support long-term infrastructure resilience. It is designed to deliver superior load distribution, effectively dispersing loads across a broader area to reduce rutting and enhance the lifespan of roadways and other structures. ACETex® PET is a reliable solution for soil stabilization in a wide range of construction and civil engineering applications.
Outstanding Long-Term Design Strength (LTDS)
ACETex® PET woven geotextile is engineered for a design life of up to 120 years and maintains its mechanical integrity even in the most demanding environments. Its exceptional long-term design strength (LTDS) has been validated through extensive testing by internationally accredited laboratories.
The woven polyester yarns offer proven resistance to:
● Creep deformation under prolonged loading conditions
● Chemical attack from aggressive or contaminated soils
● Mechanical stresses during handling, placement, and compaction
ACETex® PET is also highly resistant to environmental degradation, ensuring reliable performance over time. Beyond strength, the woven geotextile also serves as a reliable geotextile filter, allowing water to pass through while preventing soil particle migration. Its design promotes efficient water flow, enhancing drainage and filtration capabilities for superior performance in construction and reinforcement projects. This dual functionality makes it ideal for integrated drainage and separation applications, ensuring long-term structural stability and performance in reinforced soil systems.
Compared to nonwoven geotextiles, ACETex® PET woven geotextile offers higher strength and superior reinforcement, making it the preferred choice for demanding engineering projects.
Optimized for Cost-Effective Construction
As a value-engineered solution for ground improvement, ACETex® PET woven geotextile helps reduce reliance on over-excavation, surcharging, or costly imported fills. Its lightweight nature and availability in roll widths up to 5.2 meters minimize material overlap and reduce installation time.
The product is easy to transport, handle, and deploy—especially beneficial for large-scale and remote projects. It is available by the roll or in bulk, supporting efficient jobsite logistics. Typical geotextile installation involves unrolling the fabric directly over the prepared subgrade, ensuring alignment and minimal tension. Overlaps are secured according to project specifications, and placement may be followed by filling or compacting operations. This straightforward installation method allows for rapid deployment with minimal labor and equipment.
The superior strength-to-weight ratio of ACETex® PET translates into logistical, environmental, and economic advantages throughout the construction process.
Performance in Real-World Site Conditions
ACETex® PET woven geotextile has proven reliable across a wide range of site conditions. From saturated clays to reclaimed land and slope stabilization, its adaptability supports consistent structural performance in diverse settings. This woven fabric is especially effective for stabilizing slopes, providing essential soil reinforcement and erosion control on challenging terrains.
The high-strength woven geotextile enhances bearing capacity, reduces differential settlement, and integrates seamlessly with geotechnical systems such as wick drains, reinforced soil facings, and pile platforms. It also provides soil confinement, supporting, and containing materials in demanding civil engineering applications.
Combined with field-proven durability and cost efficiency, ACETex® PET remains the preferred choice for engineers and contractors seeking reliable ground reinforcement, especially in projects needing additional strength or durability.
Key Applications of ACETex® PET Woven Geotextiles
ACETex® PET woven geotextiles are widely used across civil, transportation, and environmental engineering projects. Primary applications include:
- Embankment support over soft ground / soft soil with or without wick drains
- Load transfer platforms over voids or piles
- Base reinforcement for roads, working platforms, and railways
- Reinforced soil walls and steep slope systems
- Void bridging and sinkhole-prone area protection
- Landfill basal reinforcement for long-term containment stability
- Wind farm platform support for coastal and offshore developments
- Erosion control on slopes, embankments, and construction sites
The above applications are listed to help you quickly identify where ACETex® PET woven geotextile can be used.
In these applications, the woven geotextile serves as a tension-resisting layer that stabilizes soil structures and distributes loads effectively. It provides a reliable solution for projects requiring the mitigation of settlement, lateral spreading, or instability, while enabling engineers to meet performance criteria without excessive material usage or extensive ground modification.
A map can be used to visualize project locations or application areas for ACETex® PET woven geotextile.
Proven Performance Across the Globe
A Trusted Geotextile Manufacturer for Global Projects
As a leading geotextile manufacturer, ACE Geosynthetics is committed to producing engineered solutions that meet the most demanding performance criteria. With a strong focus on innovation, quality control, and customer support, we provide high-strength woven geotextile fabrics tailored to project-specific requirements across diverse industries. In the high-performance woven geotextile market, brands such as ACETex® are recognized for their strength, versatility, and long-term durability in civil engineering applications.
Our reputation as a reliable geotextile manufacturer is built on years of field-proven success and deep collaboration with engineers, contractors, and public agencies. Each roll of ACETex® PET woven geotextile is manufactured using advanced processes and tested under stringent quality standards to ensure consistency and durability.
Whether your project involves road construction, mining platforms, embankment stabilization, or landfill engineering, choosing a trusted geotextile manufacturer like ACE ensures long-term performance and peace of mind. Our team works closely with clients from product selection through post-installation, offering technical expertise and responsive service every step of the way.
Integration with Geotechnical Design Practices
ACETex® PET woven geotextiles are engineered to align with modern geotechnical design methodologies and international standards. The product supports analytical and numerical modeling approaches such as limit equilibrium analysis, finite element methods (FEM), and design frameworks recommended by FHWA, BS8006, and Eurocode 7.
Engineers can easily incorporate ACETex® PET into slope stability assessments, reinforced soil wall designs, and foundation improvement plans. The product’s predictable stress-strain behavior and well-documented LTDS (Long-Term Design Strength) data provide reliable input parameters for use in both proprietary software and custom design tools.
To aid the design process, ACE Geosynthetics provides technical data sheets, installation guidelines, and engineering support, ensuring a seamless transition from product specification to implementation. This design-to-deployment continuity helps reduce uncertainty, minimize risk, and optimize construction efficiency in both public and private sector projects.
ACETex® PET woven geotextiles have been used in thousands of civil engineering and mining projects worldwide. Their combination of durability, high tensile strength, and ease of use has earned the trust of engineers, contractors, and infrastructure owners seeking reliable and long-term ground reinforcement solutions. Case studies from regions with varying climate and soil conditions have demonstrated the versatility and resilience of ACETex® PET in both temporary and permanent infrastructure. From highway construction to industrial platforms and landfill support, its proven track record speaks to its engineering credibility and environmental compatibility.
Summary of Key Benefits
Structural Performance
● High tensile strength with low elongation for maximum reinforcement efficiency
● Excellent long-term creep resistance for sustained load-bearing applications
● Engineered production and customizable mechanical performance for site-specific applications
Construction Advantages
● Lightweight design for easier installation and reduced labor
● Wide roll widths to minimize overlaps and material waste
● Reduced transportation and handling costs due to superior strength-to-weight ratio
Sustainability and Proven Reliability
● A sustainable and economical alternative to traditional ground improvement methods
● Suitable for use in both short-term and 120-year design life projects
● Global validation through third-party testing and successful real-world applications
Looking for more technical details or project-specific support?
If you need more information or have any questions about ACETex® PET woven geotextile, [contact us] to speak with a geotechnical expert or [download our brochure] for full product specifications.
Resources
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【Brochures】ACETex® Product Brochure
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【Brochures】2024 CASE STUDY COLLECTION
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【Brochures】ACE Solutions with ACE Products:ACEGrid®, ACETex®, ACETube®
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【Brochures】ACE Solutions in Transportation Geotechnics
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【Brochures】An Overview of ACEGrid®, ACETex®, and ACETube®
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【Brochures】Case Study Collection-Safety and Reliability with ACE Solutions
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【Brochures】ACE Solutions in Geotechnical Engineering
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【Data Sheets】ACETex® PET Geotextile TDS
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【Installation Guidelines】Installation Guideline for Geosynthetic Basal Reinforcement (Member Only)
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【Papers】The Comparison and Analysis of International Tensile Test Methods and Results
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【Others】Case Study Collection- Roadway and Railway Construction
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ACETex® Product Brochure
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ACETex® PET Geotextile TDS
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Installation Guideline for Geosynthetic Basal Reinforcement (Member Only)
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The Comparison and Analysis of International Tensile Test Methods and Results
Related Case Studies

Segmental Block Reinforced Structure Applied for the Highway Interchange Project, Middle East
Application:Slope Stabilization, Basal Reinforcement, Bridge Construction

Subgrade Stabilization, Pan Borneo Highway, Sarawak, Malaysia
Application:Subgrade Stabilization, Road Widening

Ground Improvement, Queensland Motorways Gateway Upgrade Project, Brisbane, Queensland, Australia
Application: Basal Reinforcement, Base Reinforcement