Heavy Duty Geo Fabric Membrane 300 GSM Non-Woven Geotextile

Geo Fabric Membrane 300 GSM

The Heavy Duty Geo Fabric Membrane 300 GSM provides high-performance separation, filtration, and reinforcement for civil engineering and landscaping projects. This needle-punched non-woven material prevents the intermixing of distinct soil layers while maintaining water permeability. It handles significant mechanical stress in sub-base applications.

Built for the Job

Contractors use this 300 GSM grade material for demanding stabilization tasks where standard landscape fabrics fail. It is thick enough to protect geomembranes from puncture in pond liners or landfill cells. On road construction sites, it maintains the integrity of the stone base by preventing fine soil particles from migrating upward into the aggregate layer.

• Sub-surface drainage systems around retaining walls and French drains.

• Ground stabilization for heavy-duty driveways, haul roads, and parking lots.

• Erosion control on embankments and river banks to prevent soil loss.

Product Highlights

High Tensile Strength

The needle-punched construction offers superior resistance to tearing and stretching under heavy loads.

Hydraulic Properties

• Excellent water flow rate for rapid drainage and pore pressure relief.
• Effective filtration prevents silt buildup in drainage pipes.

Chemical Resistance

Engineered to withstand naturally occurring alkalis and acids found in various soil types.

Technical Specifications

What’s Included

• 1 x Roll of 300 GSM Geotextile Fabric (Dimensions vary by stock selection)

On-Site & Workshop Notes

• Ensure a minimum overlap of 300mm to 500mm between adjacent sheets to prevent soil intrusion at the seams.

• Avoid driving heavy machinery directly over the exposed textile before the first layer of aggregate is compacted.

• Store rolls in a dry area away from direct sunlight to maintain the long-term integrity of the polymer fibers.

• Clean the installation area of sharp debris or large rocks that could cause mechanical damage during backfilling.