Residential Development Project Near KLIA, Malaysia

A high-strength basal reinforcement initiative ensuring superior load distribution, long-term foundation stability, and accelerated earthworks for residential infrastructure over highly compressible soft soils.

Location

Aerofront City Development

Product Grade

NovaTex WV400 High Strength Woven PET Geotextile

Quantity Supplied

57,200 m2

Primary Application

High Strength Woven PET Geotextile for Basal Reinforcement

The Challenges Faced

Developing residential infrastructure over soft, compressible ground conditions presents significant foundation challenges:

Low Bearing Capacity

The soft underlying subgrade soil lacked the structural capacity to support high-fill embankments and heavy construction activity without severe risk of deep-seated shear failure.

Differential Settlement Risk

Unreinforced ground embankment construction risks uneven surface settlement, leading to potential cracking, slope instability, and pavement degradation in future residential structures and access roads.

Tight Project Schedule

Constructing over soft soil typically requires lengthy consolidation waiting times, delaying subsequent earthworks and infrastructure phases.

The Solution

To stabilize the foundation and safely accelerate land development across 57,200 m2, NovaTex WV400 high-strength woven polyester (PET) geotextile was deployed as a basal reinforcement layer.

High Tensile Strength & Low Creep

1

NovaTex WV400 utilizes high-tenacity PET yarns engineered to deliver exceptional long-term design tensile strength with minimal elongation under heavy structural loads.

Basal Load Distribution

2

Placed at the base of the embankment over soft subgrade soil, NovaTex WV400 uniformly distributes vertical embankment loads across a wide footprint, preventing local shear failures and controlling lateral spreading.

Cost & Time Optimization

3

By providing immediate structural basal stability, NovaTex WV400 eliminated the need for deep subgrade excavation or complex soil replacement, enabling faster embankment filling.

The Result

Enhanced Subgrade Stability

Effectively reinforced the soft soil foundation, providing high structural margin against embankment slope failures.

Controlled Differential Settlement

Ensured a uniform load distribution profile to protect future residential roads and housing structures from differential movement.

Accelerated Earthworks Timeline

Allowed earthmoving and fill placement to proceed safely without waiting for prolonged natural soil consolidation, keeping project milestones on track.

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