TerraTrack Pro Nonwoven Geotextiles

TerraTrack Pro is a high-performance nonwoven geotextile designed for robust separation and filtration applications in construction, infrastructure and landscaping. Manufactured from durable polypropylene fibres, it creates a stable interface between soils and aggregates, preventing intermixing while allowing water to pass freely through the structure.

By maintaining clear separation between subgrade soils and granular layers, TerraTrack Pro helps preserve the integrity of the sub-base and supports long-term ground stability. Its filtration capability allows water to flow through the fabric while retaining fine soil particles, making it particularly effective in ground conditions with higher fines content.

TerraTrack Pro is suited to projects where greater loadings or more demanding ground conditions require a dependable geotextile solution. It is widely used in road and driveway construction, working platforms, car parks and landscaping schemes where maintaining structural performance and drainage is critical.

The permeability of the fabric supports efficient water movement through the ground structure, helping to manage surface water and contributing to sustainable drainage design where appropriate.

Designed for practical installation on site, TerraTrack Pro is supplied in manageable roll sizes that allow for straightforward handling and rapid deployment across both domestic and commercial projects.

Typical applications include:

• Driveways and access roads

• Car parks and trafficked areas

• Pathways and landscaped surfaces

• Working platforms and temporary access routes

• Sub-base separation beneath paving and aggregates

• Wrap applications for soakaways and drainage systems

TerraTrack Pro provides specifiers, contractors and merchants with a reliable geotextile solution that balances strength, filtration performance and durability. Backed by our technical expertise and CPD support, it offers a practical solution for projects where ground performance and long-term stability are essential.