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Specification
| Item | Detail |
|---|---|
| Material | Rigid PVC |
| Panel width | 400 mm / 500 mm |
| Panel thickness | 10 mm - 18 mm |
| Length | 1.5 m - 6 m, based on channel depth |
| Joint type | Interlocking tongue and groove |
| Typical use | Irrigation canals, drainage channels, flood conveyance channels |
| Installation method | Vibratory hammer or lightweight press-in equipment for smaller channel sections |
| Hydraulic profile | Smooth panel face helps maintain consistent flow characteristics |
Channel depth and flow velocity affect panel sizing, so please share your channel cross-section drawing so we can confirm an appropriate panel length and thickness.
Application
This product is used along open channels where maintaining a fixed, stable bank line is the main goal, whether for reliable water conveyance or to reduce ongoing channel maintenance. It is typically driven along both banks to hold the designed channel width.
- Irrigation canal banks: maintains consistent channel width and flow capacity along agricultural water supply routes.
- Drainage channel reinforcement: reduces bank erosion along stormwater and agricultural drainage channels.
- Flood conveyance channels: keeps the channel's designed cross-section clear for reliable flow during high water events.
- Industrial and treatment plant channels: lines process water channels where bank stability affects flow reliability.
Because channel capacity calculations depend on an accurate cross-section, we recommend confirming your design flow and channel dimensions before ordering.
Advantages
- Stable channel cross-section: holds bank lines in place, preserving designed flow capacity over time.
- Reduced re-grading maintenance: limits the bank slumping that requires periodic channel re-profiling.
- Smooth hydraulic face: a consistent panel surface supports predictable flow behavior.
- Corrosion-free in agricultural water: avoids the metal runoff into irrigation water that steel structures can introduce.
- Straightforward installation: lighter panel weight suits smaller channel projects without heavy equipment access.
For high-velocity flood conveyance channels, panel thickness and embedment should be confirmed against your hydraulic design to ensure adequate performance.
