Standard Certified By
Reinforcement Fabric for Civil Engineering Applications
Classification :
PRODUCT DETAILS
Soft subgrades, rutting haul roads, and unstable embankments all turn into expensive problems fast. In civil work, reinforcement fabric is not a roofing accessory or a catch-all sheet material. It is a structural layer that helps soils carry load, stay separated, and resist deformation over time.
For buyers trying to sort fabric reinforcement options, the real split is between woven and nonwoven geotextiles, and that choice changes strength, drainage, and creep behavior in the field. Longxiang New Materials sits squarely in that civil-engineering lane with woven PP and PET products aimed at roads, stabilization, and filtration rather than waterproofing-only jobs.
Longxiang New Materials offers PP and PET woven geotextiles for road reinforcement, soil stabilization, and filtration.
Woven geotextiles run from WG-20 to WG-80, with machine-direction tensile strengths of 20 to 80 kN/m and elongation below 15%.
PET woven geotextiles are rated for service from -40°C to +110°C.
Overview of Reinforcement Fabric
In civil engineering, reinforcement fabric usually means geotextiles used to strengthen weak ground, separate aggregate from subgrade, and keep the section working under traffic. Longxiang New Materials offers high-performance woven geotextiles in polypropylene and polyester for exactly those jobs, with product pages covering PP road stabilization fabric, PP woven geotextiles, and PET woven geotextiles.
The terminology matters because woven and nonwoven materials do different work. Woven geotextiles are the high-strength side of the category, while nonwoven options bring more flow-through capacity and stretch but lower tensile strength, as explained in Longxiang’s nonwoven geotextile guide.
A reinforcing fabric is chosen first for structural behavior.
Types of Reinforcement Fabrics
Woven geotextiles mainly serve reinforcement where the design needs tensile capacity and controlled elongation. Nonwoven geotextiles fit jobs that lean harder on permeability and conformability, but they do not bring the same tensile muscle.
PET woven geotextiles are polyester-based and suited to roadbed reinforcement, railway subgrade stabilization, and embankment protection. PP woven geotextiles are polypropylene-based and commonly used in highways, unpaved roads, and retaining walls, which is why they show up so often in road sections and working platforms.
That split also helps clarify where polyester reinforcing fabric makes sense. PET is often the better fit where temperature range and dimensional stability matter, while PP woven material is a familiar workhorse for separation and support under transport loads.
Technical Specifications and Standards
Specs are where reinforcing fabric stops being generic and starts being usable for an actual section detail. Longxiang New Materials lists woven strength classes from WG-20 through WG-80, covering machine-direction tensile strengths from 20 to 80 kN/m, and keeps elongation below 15%, which is the kind of low-stretch behavior engineers want in reinforcement layers.
PET woven geotextiles have a service temperature range of -40°C to +110°C. That makes them easier to place mentally in jobs that see hard winters, hot surfaces, or broad seasonal swings.
Custom specs are available, but UV exposure limits and some longer-term durability figures are not published on the product pages. That is a fair limitation to flag upfront if your project spec needs a complete long-term reduction package before approval.
Material Performance Metrics
Here is the strength-class picture as presented for woven products:
| Strength class | Machine-direction tensile strength |
|---|---|
| WG-20 | 20 kN/m |
| WG-30 | 30 kN/m |
| WG-40 | 40 kN/m |
| WG-50 | 50 kN/m |
| WG-60 | 60 kN/m |
| WG-70 | 70 kN/m |
| WG-80 | 80 kN/m |
Low elongation under 15% helps a fabric reinforcement layer engage earlier under load. In plain English, that means less stretch before the material starts doing the structural work it was put there to do.
Compliance with Testing Standards
Longxiang ties these woven products to established ASTM methods instead of leaving performance claims vague. The listed standards are ASTM D4595 for tensile strength, ASTM D4491 for water permeability, and ASTM D6241 for CBR puncture resistance.
Those standards tell you what kind of test result you are looking at.
Applications in Civil Engineering Projects
Road sections fail in boring, predictable ways. Aggregate sinks into soft ground, water changes the support conditions, and repeated wheel loads push weak subgrades into deformation.
PP woven geotextiles are used to prevent soil-aggregate intermixing in highways, unpaved roads, and retaining walls, which is one of the simplest ways to preserve base thickness and keep a road from disappearing into the subgrade. Longxiang also places geotextiles and geogrids in roadbed stabilization, railway subgrade reinforcement, and embankment protection, with its product navigation page and civil selection guide showing how these materials are paired in practice.
A geogrid reinforcing fabric system is often stronger as a combination than as a single layer choice. Pairing woven geotextiles with geogrids can improve pavement life and give the subgrade more support, especially where separation and reinforcement both matter in the same section.
Road and Railway Reinforcement
Highways, access roads, and railway beds use reinforcement fabric to spread load and limit deformation under traffic. In these jobs, woven PP or PET material works as a separator and stabilizer, helping the section resist pumping, rutting, and base contamination.
This is where geogrid reinforcing fabric combinations earn their keep.
Embankment and Retaining Wall Applications
On embankments and retaining structures, woven geotextiles help stabilize soil masses and support slope protection schemes. PET woven material is specifically positioned for embankment protection, and PP woven products are used in retaining wall soil stabilization where tensile reinforcement and separation are both part of the detail.
Commercial Details and Procurement Process
Longxiang New Materials sells factory-direct and lists a 10% promotional discount on the PP woven product page. Public pricing is not posted, and MOQ details are also handled by inquiry, which keeps the buying process flexible but means you need an RFQ before budgeting gets precise.
Custom rolls and project-specific specification adjustments are available on request across the woven line. That matters for contractors and distributors who need a certain width, strength class, or package setup rather than an off-the-shelf roll that almost works.
The practical next step is to contact Longxiang New Materials for quotations and technical consultation tied to the project section, loading, and ground conditions.
Ordering and Customization
Ordering starts with a direct inquiry for price and minimum order details. Custom roll formats and specification adaptations are available, which is useful, but the tradeoff is that buyers who want instant online pricing will not get it here.
Market Context and Industry Trends
Reinforcement fabric sits in a very large, very established materials category. Geotextiles account for over 48.2% of global geosynthetics market revenue in 2025, based on Grand View Research’s geosynthetics market analysis.
In the U.S., synthetic geotextiles make up 91.8% of geotextile market revenue in 2024, according to Grand View Research’s U.S. geotextile market report. Polypropylene holds 57.38% of global geotextile market share in 2025, as noted by Mordor Intelligence, which helps explain why PP woven products remain such a common answer for civil reinforcement work.
Those numbers make the material preference pretty clear.
Material Preference Statistics
PP’s majority share in 2025 lines up with how often polypropylene woven geotextiles appear in road stabilization and separation details. Synthetic materials also dominate the category, which keeps woven PP and PET reinforcing fabric at the center of current civil design and supply conversations.
Competitive field
Longxiang New Materials is competing in a crowded export-focused market, and that is worth stating plainly because buyers rarely look at one supplier in isolation. The closest broad-line overlaps include bpmgeosynthetics, jrxgeo, glgeosynthetics, antgeo, bmcic, sinogeosyn, geoace, geomembrane, agruamerica, and geosynthetics.
Here is the clean side-by-side product-range view based on the company context provided:
| Company | Overlapping product focus | Notable limitation |
|---|---|---|
| Longxiang New Materials | Geomembranes, geotextiles, GCLs, geocomposites, geogrid, geocell, drainage board, erosion control | Public pricing and MOQ are not posted |
| bpmgeosynthetics | Geomembranes, geotextiles, GCLs, geogrids, geocells, drainage products | Broad catalog does not itself tell you woven reinforcement specs |
| jrxgeo | Geomembrane, geotextile, geogrid, geocell, drainage products | Similar range can still require project-by-project spec sorting |
| glgeosynthetics | Geomembranes, geotextiles, geogrids, geocells, geonets, geocomposites | Wide offering can make shortlisting slower if you only need reinforcement fabric |
| antgeo | Geotextiles, drainage geocomposites, geocells, geogrids | Less obviously centered on woven reinforcement classes in this comparison |
| bmcic | Geogrids, geotextiles, geomembranes, geocells, related civil materials | Product breadth is useful, but exact fit still comes down to sheet-level specs |
| sinogeosyn | Geomembranes, geogrids, geocells, geotextiles, drainage products | Similar export focus means buyers still need to compare test documentation closely |
| geoace | GCLs, drainage and lining systems, other geosynthetics | More containment-oriented mix than a woven-geotextile-first search may need |
| geomembrane | Geomembrane liners and related containment products | Narrower range for buyers who also need reinforcement layers |
| agruamerica | Geomembranes, geonets, geocomposites, geotextiles, GCLs | Larger-scale supplier may not match every buyer’s factory-direct sourcing preference |
| geosynthetics | Geomembranes and related construction materials | Distribution-style overlap does not automatically answer woven class availability |
That comparison is where Longxiang New Materials earns attention. It combines a broad geosynthetics catalog with clearly identified woven PP and PET reinforcement products, which is more useful for a civil buyer than a page full of generic category labels.
FAQ
Does Longxiang New Materials publish pricing for reinforcement fabric?
No. Price details are handled by direct inquiry, so budgeting starts with an RFQ rather than a public rate sheet.
Is there a posted minimum order quantity for Longxiang woven geotextiles?
No public MOQ is listed on the woven product pages. You need to ask for order details directly when you request a quote.
Can Longxiang New Materials customize rolls or specifications?
Yes. Custom rolls and specification adjustments are available on request, which helps when a project spec does not line up with a standard offering.
What is the difference between woven and nonwoven reinforcement fabric?
Woven geotextiles are used when higher tensile strength is the priority. Nonwoven materials offer higher permeability and elongation, but they give up some structural strength.
Where does polyester reinforcing fabric fit best?
PET woven geotextiles are suited to roadbed reinforcement, railway subgrade stabilization, and embankment protection. They are a practical fit where a low-elongation reinforcement layer and a broad service temperature range are important.
Conclusion
The smart way to choose reinforcement fabric is to start with the section, not the catalog. If the job is mainly about tensile reinforcement and separation under roads, railbeds, embankments, or retaining structures, focus first on woven class, elongation behavior, temperature range, and the ASTM tests tied to the sheet.
Longxiang New Materials stands out because it gives you a direct route from those engineering needs to actual PP and PET woven products, factory-direct sales, and customization without wandering off into roofing-style fabric pages that miss the civil point. If you already know your strength class and need a quote that matches the project, Longxiang New Materials is the practical place to start the conversation.
Related Geosynthetic Materials
Geotextiles play a fundamental role when integrated with other geosynthetic materials to ensure long-term structural integrity in various engineering projects. In many civil applications, these fabrics are often paired with high-performance geomembranes to provide both mechanical protection and effective fluid containment. For instance, using a non-woven geotextile as a protective cushion for an HDPE geomembrane significantly reduces the risk of liner punctures in landfill or mining sites. In specific scenarios where a pre-bonded solution is required, a composite geomembrane offers the integrated benefits of both filtration and impermeability. Selecting the appropriate material combination is essential for meeting rigorous international standards and ensuring the durability of the infrastructure. Our technical team is ready to help you determine the optimal material configuration for your specific environmental and construction needs.
Common geotextile functions
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Separation
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Filtration
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Drainage
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Reinforcement
Geotextiles FAQs
1) What are geotextiles used for?
Geotextiles primarily serve five key functions: separation, filtration, drainage, reinforcement, and erosion control. They are widely utilized in highway subgrade reinforcement, railway construction, the encapsulation of retaining wall backfill, riverbank protection, and basement drainage systems, thereby extending the service life of engineering projects and reducing maintenance costs by optimizing soil structure.
2) What's the difference between woven and nonwoven geotextiles?
The fundamental difference lies in their functional emphasis: Woven geotextiles are fabricated by weaving fibers and possess high tensile strength, making them suitable for heavy-load applications such as soft ground reinforcement and embankment engineering. Non-woven geotextiles, produced via a needle-punching process, exhibit superior permeability and are primarily utilized for drainage in blind drains, filtration behind retaining walls, and the protection of impermeable membranes.
3) How do I choose the right geotextile (GSM/oz, permittivity, AOS)?
Engineers typically select materials based on five key metrics—basis weight (GSM/oz), Apparent Opening Size (AOS), water permeability, tensile strength, and CBR puncture strength—to ensure the material meets the project's load-bearing and drainage requirements.
4) Can geotextiles be used for drainage and filtration together?
Yes, needle-punched non-woven geotextiles possess excellent composite properties. Acting as a filtration layer, they prevent the loss of fine soil particles; simultaneously, their internal three-dimensional structure efficiently channels and drains water in the planar direction. Consequently, they are widely utilized in various underground anti-siltation and drainage systems.
5) Do geotextiles meet common standards (ASTM/ISO) and how do you provide QA?
Our products strictly adhere to international ASTM and ISO standards. We maintain oversight through a comprehensive, end-to-end QA/QC system; prior to shipment, every product batch undergoes rigorous testing for tensile strength, pore size, and water permeability, accompanied by third-party inspection reports. Furthermore, we offer customized R&D services to meet specific mechanical performance requirements based on engineering drawings.

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