High-Capacity Drainage – Three-dimensional core structure enabling maximum water conveyance efficiency.
Integrated Protection – Built-in filtration layer preventing soil intrusion while maintaining flow.
Engineered Flow Dynamics – Superior in-plane water transmission characteristics for critical applications.
Optimal Void Space – High porosity design ensuring long-term drainage performance.
Structural Integrity – Advanced compression resistance against long-term loading effects.
Product Introduction:
3D composite drainage net is made of multi-layer HDPE grids and filtration layers, offering excellent drainage, compressive strength, and durability. Widely used in roadbeds, tunnels, landfills, and sports fields, its unique 3D structure ensures efficient water flow, prevents clogging, and provides long-term drainage performance, making it an ideal choice for civil engineering projects.
Product Specification:
It can be produced according to different requirements of customers.
Product Applications:
Foundation Drainage – Drains water, blocks capillary rise, shortens drainage paths, and extends road lifespan by allowing finer sub-base materials.
Sub-Base Stabilization – Isolates fine materials, restricts lateral movement, and reinforces foundations with high tensile strength.
Surface Drainage – Collects moisture beneath pavement, prevents infiltration, improves drainage efficiency, and enhances concrete curing.
Frost Protection – Reduces frost heave by blocking capillary water, replaces frost-prone materials, and minimizes spring thaw damage.
Product Parameters:
| Property | Value | Test Condition/Standard |
| Drainage Performance | ||
| Permeability | 2500 m/d | Under 720 kPa, 2% gradient |
| Flow rate | 13 L/min/m | Under 720 kPa, 2% gradient |
| Creep Resistance | ||
| Thickness retention | >60% | After 1200 kPa for 10,000 hrs |
| 3D Drainage Core | ||
| Carbon black content | ≥2% | — |
| Density | 0.94 g/cm³ | — |
| Tensile strength | ≥36.5 kN/m | — |
| Melt index | 1.0 g/10 min | — |
| Thickness | 7.6 mm | — |
| Nonwoven Geotextile | ||
| Apparent pore size (O₉₀) | 0.18 mm | — |
| Water permeability | 0.26 sec⁻¹ | — |
| Permeability coefficient | 0.2 cm/sec | — |
| Puncture strength | 580 N | — |
| Trapezoidal tear strength | 356 N | — |
| Grab tensile strength | 900 N | — |
| Grab elongation | 50% | — |
| Burst strength | 2750 kPa | — |
| Note: "—" indicates no specific test condition provided. | ||
Business Strength:
Haoyang Environmental Technology (Shandong) Co., Ltd. focuses on sustainable geosynthetics, utilizing eco-friendly materials and production processes. Its offerings include recycled-content geotextiles and low-impact geomembranes, supporting green construction and environmental conservation efforts.
