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Specification
| Item | Detail |
|---|---|
| Material | Rigid PVC |
| Panel width | 400 mm / 500 mm |
| Panel thickness | 10 mm - 20 mm |
| Length | 1.5 m - 7 m, based on retained soil height |
| Joint type | Interlocking tongue and groove |
| Typical use | Slope stabilization, grade-change walls, property boundary retention |
| Installation method | Vibratory hammer or hydraulic press-in equipment |
| Structural design | Panel thickness selected to match retained soil height and surcharge loading |
Retained soil height and any surcharge loads (buildings, driveways, equipment) affect panel sizing, so please share your site details so we can help confirm an appropriate specification.
Application
This piling is used for general earth retention where the wall's main job is holding back a soil mass at a grade change, rather than managing water flow or seepage. It suits both engineered slopes and simpler boundary retention needs.
- Slope and hillside stabilization: holds soil in place on sites with grade changes or cut slopes.
- Property boundary retention: manages elevation differences between adjacent properties.
- Roadway and driveway grade support: retains fill or cut soil along access routes.
- Landscape and terraced garden walls: supports smaller-scale retaining needs in residential and commercial landscaping.
For walls supporting a structure, driveway, or other significant surcharge load, we recommend having a structural engineer confirm the design before ordering.
Advantages
- Reliable long-term earth retention: panel thickness can be matched to retained soil height and loading.
- No corrosion-driven weakening: holds its structural section over decades without rust-related thinning.
- Straightforward installation: standard vibratory or press-in equipment handles most site conditions.
- Low ongoing maintenance: does not need the recoating or repair steel retaining walls often require.
- Consistent appearance: uniform panel finish suits both functional and visible retaining wall applications.
For very tall walls or significant surcharge loads, this product is typically used together with tie-back anchors or an engineered reinforcement design.
