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Product Advantage
Engineered with dual-polymer filaments (PP/PE or PET/PA) and a coarse denier structure (≥15 denier), this fabric delivers tensile strength exceeding 2,500 MPa—2-3 times higher than conventional reinforcement materials. Its interlaced web design distributes stress evenly, ensuring superior load-bearing capacity in concrete structures.
The fabric’s dense network of filaments reduces crack propagation by up to 70%, according to lab tests. This feature is critical for earthquake-prone regions or high-traffic infrastructure, significantly extending service life and minimizing maintenance costs.
Withstanding temperatures from -40°C to +120°C and resisting acids, alkalis, and UV radiation, it maintains structural integrity in harsh environments. Ideal for coastal or industrial projects where corrosion is a risk.
Composed of 100% recyclable polymers, it supports circular economy goals. Its lightweight design (80-150 g/m²) cuts transportation emissions and waste by 30% compared to traditional steel mesh.
Used in bridges, tunnels, and high-rise buildings, it doubles as a thermal insulator (R-value: 0.8-1.2 m²·K/W) and moisture barrier. Tailored thickness options (0.5-2 mm) adapt to diverse project needs.
Technical Parameters
| Parameter | Specification |
| Material Composition | Dual-component polymers (e.g.， PP/PE，PET/PA) |
| Fiber Type | Coarse denier filaments (≥15 denier) |
| Grammage | 25-250g/m6 |
| Thickness | 10.5-2mm |
| Tensile Strength | ≥2，500 MPa (longitudinal)/≥2，000 MPa (transverse) |
| Elongation at Break | 15-25% |
| Temperature Resistance | -40°C to +120°C |
| Chemical Resistance | Resistant to acids， alkalis， and UV radiation |
| Fire Rating | B1 (flame retardant， self-extinguishing) |
| Water Absorption | ≤0.5%(moisture-proof) |
| Thermal Conductivitv | 0.035-0.045W/(mK) (insulation efficiency) |
| Application Fields | Bridges， tunnels， high-rise buildings， industrial floors， and coastal infrastructure |
| Certifications | ISO 9001， ASTM D638， EN 13249 (concrete reinforcement)， CE Marking |
Product Uses
Used in concrete decks and pylons to reinforce load-bearing structures, this fabric reduces crack formation by 70% under dynamic traffic loads. Its 2,500+ MPa tensile strength and chemical resistance protect against de-icing salts and environmental stress, extending service life by 15–20 years.
Installed as a composite liner, it prevents moisture penetration and structural deformation in tunnels. The fabric’s 0.035 W/(m·K) thermal conductivity stabilizes temperature variations, while its B1 fire rating meets safety standards for metro systems.
Lightweight yet robust, it replaces traditional steel mesh in curtain walls and shear walls, reducing construction weight by 30%. Ideal for seismic zones, its crack-mitigation properties enhance structural integrity during earthquakes.
Applied in warehouses and factories, the fabric’s acid/alkali resistance safeguards concrete floors from chemical spills. Its 150 g/m² thickness provides a durable, anti-fatigue layer under heavy machinery.
Resistant to saltwater corrosion and UV radiation, it reinforces seawalls and offshore platforms. Tested in ASTM D638 salt spray conditions, it maintains 98% tensile strength after 5,000 hours of exposure.
Used to strengthen aging concrete in historical buildings, it adheres seamlessly to existing structures. Its eco-friendly recyclability aligns with sustainable renovation goals, cutting material waste by 40%.
FAQ
Q: How long does the fabric last in harsh environments?
A: With 2,500+ MPa tensile strength and resistance to UV, acids, and alkalis, it retains 98% performance after 5,000 hours of salt spray testing (ASTM D638). Ideal for coastal/industrial projects, ensuring 15–20 years of service life.
Q: Is the fabric eco-friendly?
A: Yes! Composed of 100% recyclable polymers, it reduces carbon footprint by 30% vs. steel mesh. Lightweight design (80–150 g/m²) minimizes transportation emissions, aligning with circular economy goals.
Q: Can it withstand extreme temperatures?
A: Rated for -40°C to +120°C, it maintains dimensional stability in freezing climates and high-heat zones. Perfect for tunnels, bridges, and offshore structures exposed to thermal fluctuations.
Q: How does it compare to traditional steel reinforcement?
A: Offers 2–3 times higher tensile strength and 70% crack reduction at 30% lower weight. Non-corrosive and easier to install, cutting labor costs by 25% while delivering equivalent load-bearing capacity.
Q: Does it require special installation tools?
A: No. Its lightweight (25–250 g/m²) and flexible design allow seamless integration with standard construction processes. Adheres to concrete via epoxy or mechanical fasteners, reducing on-site complexity.
