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Tel: +86-592-6016338
WhatsApp: +8613859908475
WhatsApp: +8613859908475
Add: No. 16 Yifa 1st Road, Yifa Industrial Park, Dushi Village, Pingtan Town, Huiyang District, Huizhou, Guangdong, China
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Engineered for demanding civil construction environments, the 350g/m² PP PET nonwoven geotextile felt delivers exceptional structural reinforcement and soil stabilization. Manufactured from premium virgin polypropylene (PP) and polyester (PET) fibers through an advanced needle-punching process, the material presents a dense, uniform texture that feels substantial to the touch while maintaining necessary flexibility. This engineered fabric integrates separation, filtration, drainage, and protection capabilities into a single layer. By effectively preventing the mixing of subgrade soils with aggregate layers, it significantly elevates the load-bearing capacity of the foundation. The dimensional stability ensures the fabric retains its shape and functional integrity under heavy mechanical stress, making it an indispensable component for concrete reinforcement and large-scale earthworks where long-term reliability is paramount.
| Geotextile Type | Non-Woven Geotextiles | Material | PET, PP |
| Application | Concrete, Cement | Feature | Nonwoven |
| Length | 200 m | Width | 1-6m |
| Project Solution Capability | 3D model design, Cross Categories Consolidation | Warranty | 4 YearsAfter-sale Service |
| After-sale Service | Other | Design Style | Contemporary |
| Pattern | Striped | Type | Non-woven geotextile |
| Place of Origin | China | Brand Name | NODE NONWOVEN |
| Model Number | Non-woven geotextile | Application | Concrete Cement |
| Product name | PP PET Nonwoven Geotextile Felt | Material | PET PP |
| Color | Black/white(as Request) | Certificate | ISO9001/ISO14001 |
| Thickness | 0.9-5.0mm | Weight | 100g/m2-1200g/m2 |
| Tensile Strength | 2.5KN-25kn/M | Sample | Freely |
| Selling Units | Single item | Single package size |
| Single gross weight | 1.000 kg | 1X1X1 cm |
To accommodate varying site requirements and streamline deployment, the geotextile felt is supplied in customizable roll dimensions. Each roll is tightly wound and secured within heavy-duty, wear-resistant woven bags, shielding the material from environmental exposure and physical abrasion during transit. This protective packaging ensures the fabric arrives at the site in pristine condition, ready for immediate unrolling. The lightweight nature of the PP/PET matrix facilitates easier manual handling or mechanical lifting, directly reducing labor time and equipment scheduling on site. Furthermore, our production facilities support comprehensive OEM and ODM services, allowing project managers to specify exact weights, widths, lengths, and even custom colors. This flexibility optimizes shipping container utilization and minimizes off-cut waste during installation.
Exceptional UV Resistance: Formulated to withstand prolonged exposure to direct sunlight during extended construction phases, preventing premature degradation before burial.
Thermal Stability: Withstands high-temperature environments up to 230 ℃, maintaining its structural matrix and original physical properties even when exposed to hot-mix asphalt or extreme climatic conditions.
Superior Fluid Management: Engineered with a porous, three-dimensional fiber network that ensures high horizontal drainage rates and rapid vertical water permeability, effectively relieving hydrostatic pressure.
High Creep Resistance: Resists deformation under continuous, heavy loads, ensuring the reinforced concrete or soil structure maintains its designed elevation and stability over decades.
Chemical and Biological Inertness: Highly resistant to corrosion from naturally occurring soil alkalis, acids, and aggressive chemical substances, including accidental spills of gasoline and diesel fuels on construction sites.
Adaptive Elongation: Exhibits significant elongation capabilities under stress, allowing the dense felt to stretch and conform perfectly to uneven, rocky, or highly irregular bases without tearing or losing tensile strength.
Geotextiles serve as the foundational defense in civil engineering and environmental projects, performing critical filtration, separation, reinforcement, drainage, and protection functions. By acting as a permeable barrier, this 350g/m² felt prevents fine soil particles from migrating while allowing continuous water flow. Common applications include:
* Road and Highway Construction: Enhances subgrade soil stability, prevents the intermixing of granular base materials with softer subsoils, and improves overall load distribution to prevent rutting.
* Railways and Embankments: Provides lateral reinforcement and effective erosion control, absorbing dynamic vibrations from heavy rail traffic.
* Drainage Systems: Acts as a reliable filter medium in French drains and trench systems to prevent aggregate clogging while allowing groundwater to pass freely.
* Landfills and Waste Containment: Deployed as a puncture-resistant protective cushion layer over sensitive geomembranes, improving the containment system's performance and safety.
* Riverbanks and Coastal Protection: Mitigates the scouring effects of wave action, reduces soil erosion, and maintains the geometric stability of constructed slopes.
* Tunnels and Underground Structures: Assists in capturing and redirecting groundwater within complex drainage and waterproofing systems.
* Agricultural and Landscape Projects: Controls invasive weed growth, stabilizes pathways, and supports the integrity of large-scale irrigation structures.
Backed by standardized manufacturing protocols, every batch of our nonwoven geotextile undergoes rigorous testing to ensure absolute consistency in tensile strength, thickness, and permeability. Our production lines operate under strict quality management systems, holding international certifications including ISO9001 and ISO14001. This comprehensive quality control framework provides full traceability from raw virgin fiber selection to the final needle-punched roll. By prioritizing durable material properties like acid and alkali resistance alongside exceptional anti-aging characteristics, this geotextile significantly extends the operational lifespan of civil projects. The resulting reduction in long-term maintenance requirements translates to substantial cost savings for contractors and developers, delivering a highly dependable, cost-effective solution for complex ground engineering challenges.
