285g/m² Needle Punched Non Woven Geotextile Fabric - 10kN/m Tensile Strength, 4m Width

Price Negotiable

Price: Negotiable

MOQ: 10,000/m^2

Delivery Time: 30 days

Brand: HongHuan

Product Description

Product Overview

Needle Punched Non Woven Geotextile Fabric with 285g/m² weight, engineered for superior filtration and drainage performance in civil engineering applications.

Key Specifications

Material: PET/PP

Weight: 285g/m²

Tensile Strength: 10kN/m

Roll Width: 4m (13.2 ft)

Roll Length: 100m (382.9 ft)

Technical Specifications

Property	Test Method	Metric Value	English Value
Mass Per Unit Area	ASTM D 5261	285 g/m²	8.4 oz/yd²
Thickness	ASTM D 5199	2.4 mm	223 US Sieve
Tensile Strength	ASTM D 4595	10.0 kN/m	2246 lbs
Elongation	ASTM D 4595	50%	50%
Apparent Opening Size	ASTM D 4751	0.10 mm	9 US Sieve
Water Flow Rate	ASTM D 4491	2500 L/min/m²	62 g/min/sf
Trapezoidal Tear Strength	ASTM D 4533	0.24 kN	54 lbs
CBR Puncture Strength	ASTM D 6241	1.50 kN	337 lbs
UV Resistance	ASTM D 4355	70% retained after 500 hours	70% retained after 500 hours

Product Features

Superior Filtration: Excellent water flow rates (2500 L/min/m²) with low pore size for effective soil filtration
High Durability: 10kN/m tensile strength and 70% UV resistance for long-term performance
Temperature Resilience: Operational range from -60°C to +170°C
Easy Handling: Lightweight construction with convenient packaging for efficient transport and installation
Interlocking Fiber Structure: PET/PP fibers tangled through needle-punching process for enhanced strength

Applications

Water conservancy and hydropower projects
Road paving and railway construction
Airport and port infrastructure
River bank protection and tunnel engineering
Environmental and drainage applications
Trench drains and erosion protection systems
Perforated pipe wrapping and prefabricated drains

Performance Benefits

This non-woven geotextile fabric provides exceptional filtration capabilities while maintaining structural integrity. The needle-punched construction creates a uniform permeability profile, making it ideal for applications requiring both soil separation and water drainage functions.