Why Musa Poly Pack

Musa Poly Pack Inc, is one of the leading suppliers in geotextiles with manufacturing locations in Lahore, Pakistan. Musa Poly Pack develops, produces and sells high quality nonwovens and wovens made from different polymers which help our customers to be successful in their projects.

The quality systems of Musa Poly Pack facilities are certified according to ISO 9001.

Non Wovev GEO Textile

MUSA Poly Pack geotextiles are made from high-quality polypropylene staple fibers that are needle-punched to form a dimensionally stable fibers network that can withstand construction and installation stresses. These versatile geotextiles are the best choice for most transportation infrastructure applications.

Woven GEO Textile

MUSA Poly Pack Woven geotextiles are manufactured with high tensile strength and low elongation to provide dimensional stability and load distribution, reducing rutting and extending the life of roadways.

Primary Functions

• Separation/stabilization.
• Filtration and Drainage.
• Cushion / Protection.
• Demarcation.
• Soil Reinforcement.
• Separation / Stabilization.
• Filtration (Monolament Styles only.)

Applications

• Paved and Unpaved Roads.
• French Drains and Edge Drains.
• landfills.
• Hard Armor Underlayment.
• Containment Ponds.
• Tunnel Linings.
• Railroad Beds.
• Embankment Stabilization.
• Hard Armor Underlayment.
• Roadway Construction Over Soft Soils.
• Silt Fence

Featured Benefits

• Saves aggregate, reducing project cost and carbon footprint Doubles the service life of the road.
• Offers the highest water ow rate and lateral transmissivity to reduce pore water pressure under trac loading.
• Features high lateral transmissivity to prevent pore pressure from building-up under truck trac loadin.
• High interface friction to restrain and strengthen aggregate layers.
• Increased service life of the road.
• Requires less aggregate during construction, reducing carbon footprint and project cost.
• Provides added construction stability over very soft soils (CBR < 1).
• High modulus enhances mechanically stabilized earth walls and slopes.

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