I. Core Structure (Three-Layer Composite)

- Top Layer (Protective Layer): HDPE/PP/PET geotextile, wear-resistant, UV-resistant, and breathable.

- Middle Layer (Core Layer): Special dry cement + quartz sand + curing agent, reaches 70% strength after 24 hours of contact with water, and fully cures in 28 days.

- Bottom Layer (Waterproof Lining): PVC/HDPE geomembrane, highly impermeable, leak-proof, and water-retaining.

II. Specifications (Mainstream)

- Thickness: 6mm/8mm/10mm/12mm (commonly 8-10mm).

- Weight: 12-18kg/㎡ (mainstream 15kg/㎡).

- Width: 1m/1.5m/2m (maximum 50m/roll).

- Strength: Compressive strength ≥20MPa, flexural strength ≥3MPa, tensile strength ≥800N/100mm.

- Colors: Gray (regular), Green (landscape), Black (anti-aging).

III. Core Advantages (Compared to Traditional Concrete)

1. Extremely Simple Construction: No formwork or mixing required. The process is simple: unroll → spread → water → cure. Three people can lay 2000㎡ per hour, reducing construction time by 60%.

2. Extremely Material-Saving: Uses 90%-95% less material than traditional concrete, significantly reducing costs.

3. Flexible Adhesion: Can be freely cut and bent, adaptable to slopes, curves, and irregular structures, perfectly fitting complex terrains.

4. High Strength and Durability: Fiber-reinforced for crack resistance, impact resistance, acid and alkali resistance, freeze-thaw resistance, and aging resistance. Durable for 10-20 years outdoors.

5. Waterproof and Seepage-proof: Dense and seepage-proof after curing, with a seepage resistance ≥0.4MPa, suitable for canals, reservoirs, etc.

6. Environmentally Friendly and Safe: Dust-free, construction waste-free, low alkali content, eco-friendly.

7. All-Weather Construction: Can be constructed from -5℃ to 40℃, and can be quickly resumed after rain.

IV. Applicable Scenarios

- Water Conservancy Projects: Riverbank Protection, Canal Lining, Reservoir/Fishpond/Water Storage Tank Seepage Prevention, Dam Reinforcement.

- Municipal Infrastructure: Foundation Pit Support, Drainage Ditches, Slope Protection, Road Repair, Pipe Gallery Foundations.

- Agricultural Facilities: Irrigation Canal Renovation, Aquaculture Pond Seepage Prevention, Terraced Field Soil Stabilization, Greenhouse Drainage Ditches.

- Mining Environmental Protection: Tailings Dam Seepage Prevention, Slope Stabilization, Rainwater Diversion Channels, Slag Yard Covering.

- Emergency Rescue: Rapid Road/Dam Repair, Landslide Control, Temporary Protection, Post-Disaster Reconstruction.

- Landscape Architecture: Park Trails, Courtyard Hardening, Tree Pit Covering, Artificial Rockery Shaping.

V. Construction Key Points (Four-Step Quick Completion)

1. Site Preparation: Clean, level, and compact the foundation, ensuring there are no sharp objects.

2. Fabric Laying: Unroll and lay flat, overlapping by at least 10cm, and secure with U-shaped ground stakes (1-1.5m spacing).

3. Watering: Water evenly (≥2kg/㎡), ensuring thorough saturation. Shape can be adjusted within 2 hours.

4. Curing: Avoid walking on the surface for 24 hours, maintain moisture for 7 days, and achieve optimal strength in 28 days.

VI. Selection Recommendations

- Consider thickness: 8-10mm for slope protection/ditching, 12mm+ for heavy-duty/seepage prevention.

- Consider material: Choose virgin PE/PP fiber + high-grade aluminate cement for stronger aging resistance.

- Consider weight: Prioritize 15kg/㎡; too thin and it's easily broken, too thick and it's wasteful.

- Consider workmanship: Densified weave, undamaged waterproof backing, smooth fabric surface, and good toughness.