Non Woven Geotextile Fabric

PET And PP Filament Non Woven Geotextile 350GSM White Description: Nonwoven Geotextiles FNG® are made from continue PET fibers that are tangled together by a needle-punching process. The fibers that achieve their strength by interlocking. They have excellent water flow rates and are used for filtration of soil fines for drainage applications including trench drains, as a wrapping for perforated pipe, for erosion protection, and combined with three-dimensional structures to

White And Grey 100%POLYESTER CONTINUOUS FILAMENT NONWOVEN GEOTEXTILE Description: Nonwoven Geotextiles FNG® are made from continue PET fibers that are tangled together by a needle-punching process. The fibers that achieve their strength by interlocking. They have excellent water flow rates and are used for filtration of soil fines for drainage applications including trench drains, as a wrapping for perforated pipe, for erosion protection, and combined with three-dimensional

PET And PP Filament Non Woven Geotextile 600GSM White Description:Nonwoven Geotextiles FNG® are made from continue PET fibers that are tangled together by a needle-punching process. The fibers that achieve their strength by interlocking. They have excellent water flow rates and are used for filtration of soil fines for drainage applications including trench drains, as a wrapping for perforated pipe, for erosion protection, and combined with three-dimensional structures to

Professional PET non-woven geotextile with 500g/m² weight and 25kN/m tensile strength. Features high water flow rates (2500 L/min/m²), excellent filtration properties, and wide temperature range (-60°C to +170°C). Ideal for drainage, separation, and stabilization in railway, landfill, and environmental applications.

Polyester 431g/m² Staple Fiber Geotextile Drainage Fabric White Description: Short Fiber Needle-punched non-woven Geotextiles SNG® are made from PET/PP fibres that are tangled together by a needle-punching process. The fibres that achieve their strength by interlocking. Needle-punched non-woven Geotextiles have excellent water flow rates and are used for filtration of soil fines for drainage applications including trench drains, as a wrapping for perforated pipe, for erosion

Staple Fiber Needle-punched non-woven Geotextiles For River Bank Protection 377GSM Description: Short Fiber Needle-punched non-woven Geotextiles SNG® are made from PET fibres that are tangled together by a needle-punching process. The fibres that achieve their strength by interlocking. Needle-punched non-woven Geotextiles have excellent water flow rates and are used for filtration of soil fines for drainage applications including trench drains, as a wrapping for perforated

PET Filament Non Woven Geotextile Fabric 150GSM Description: Nonwoven Geotextiles FNG are made from continue PET fibers that are tangled together by a needle-punching process. The fibers that achieve their strength by interlocking. They have excellent water flow rates and are used for filtration of soil fines for drainage applications including trench drains, as a wrapping for perforated pipe, for erosion protection, and combined with three-dimensional structures to create

FNG800® non-woven geotextile fabric offers 800 g/m² density and 40 KN/m tensile strength for superior drainage and filtration. Features include 2500 L/min/m² water flow rate, 70% UV resistance, and wide -60°C to +170°C temperature range. Ideal for road stabilization, landfill lining, and erosion control applications.

Professional-grade SNG200 needle-punched non-woven geotextile fabric with 200g/m² weight and 6.5kN/m tensile strength. Engineered for superior filtration, separation, and stabilization in road construction, drainage systems, and civil engineering projects. Features PET/PP staple fibers, excellent permeability, and 70% UV resistance for long-term durability in demanding applications.

Professional-grade PET needle punched non-woven geotextile fabric with 150g/m² density and 4.5 KN/m tensile strength. Features excellent water flow rate of 2500 L/min/m² for effective soil filtration, UV resistance of 70% after 500 hours, and versatile applications in drainage, erosion control, and civil engineering projects.