Fire-Retardant Containment Mesh
The Fire-Retardant Mesh is our flagship safety solution, meticulously designed
for high-risk construction environments. Unlike standard meshes, this product integrates
advanced fire-suppression technology directly into the fiber matrix.
HDPE Geocell
HDPE Geocell
Ruimin Material's HDPE Geocell is a cutting-edge 3D cellular confinement system manufactured from high-density polyethylene strips via high-frequency ultrasonic welding. Engineered for the most demanding civil engineering challenges, it creates a rigid yet flexible structural plate that significantly enhances the bearing capacity of soft soils and loose fill materials
Designed to combat lateral extrusion and foundation uplift, our geocell provides a high-stiffness reinforcement layer suitable for highways, railways, and specialized environments such as deserts, marshes, and saline-alkali lands. Whether for slope greening or bridge-head load dispersion, the RM-HS series offers a durable, chemical-resistant, and cost-effective solution for modern infrastructure.
Advanced Subgrade Reinforcement & Confinement
Leveraging the three-dimensional confinement principle to transform loose filling materials into a unified, high-stiffness structural plate.
3D Confinement Principle
The honeycomb structure effectively limits the lateral movement of soil, gravel, or concrete infill.
- Structural Rigidity: Forms rigid or semi-elastic plates based on depth and hole type combination.
- Load Dispersion: Efficiently spreads vertical pressure to a wider area of the subgrade.
- Deformation Control: Prevents settlement and lateral extrusion of soft foundation layers.
Extreme Soil Stability
Engineered to perform in the most challenging terrains including permafrost and saline soils.
- Versatile Application: Ideal for deserts, marshes, mudflats, and collapsible loess roadbeds.
- Environmental Shield: Highly resistant to photo-oxygen aging, wear, and chemical corrosion.
- Seismic Performance: A flexible structure capable of absorbing and dispersing earthquake energy.
Superior Project Efficiency
Significantly reduces material usage and labor intensity compared to traditional methods.
- Reduced Thickness: Allows for thinner roadbeds without compromising load-bearing performance.
- Cost Savings: Lower project costs through reduced excavation and material transport.
- Accelerated Schedule: Fast deployment speeds up construction cycles in bridge-head and highway projects.
Flexible On-Site Logistics
Optimized for efficient global transport and rapid manual or mechanical setup.
- Collapsible Design: Foldable for compact storage and minimal shipping volume.
- Rapid Tensioning: Can be easily pulled into a mesh on-site for immediate filling.
- Customizable Configuration: Adaptable cell depths and weld spacings to meet specific project tensile needs.
Technical Specifications: RM HS-Series HDPE Geocell
| Specification Item | HS-5 | HS-8 | HS-10 | HS-15 | HS-20 |
|---|---|---|---|---|---|
| Material | Virgin High-Density Polyethylene (HDPE) - High-Frequency Welded | ||||
| Cell Height (mm) | 50 mm | 80 mm | 100 mm | 150 mm | 200 mm |
| Weld Spacing (mm) | 470 mm | 1000 mm | 1000 mm | 400 mm | 400 mm |
| Tensile Strength | ≥ 25 MPa (High-Strength Ultrasonic Welding) | ||||
| Chemical Resistance | Acid & Alkali Resistant, UV Stabilized, Anti-Oxygen Aging | ||||
| Available Colors | Standard Black, Forest Green, or Customizable | ||||
| Project Suitability | Soft Foundation Treatment, Slope Protection, Retaining Walls, and Deserts | ||||
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