100-UC-15 : H Channel (100mm) Galvanised Steel Middle Joiner Retaining Wall Post (All Lengths)
$35.01 – $151.71 +GST
45° Galvanised Steel (100mm) Corner Retaining Wall Post (All Lengths)
$71.01 – $307.71 +GST
100-PFC : C Channel (100mm) Galvanised Steel End Joiner Retaining Wall Post (All Lengths)
$26.01 – $112.71 +GST
Introducing the C Section 100mm Galvanised Steel End Post (100-PCF), the ideal solution for supporting the end panels of your concrete sleeper retaining wall. This 100-PCF (100mm Parallel Flange Channel) post is long-lasting and compatible with any 75 to 80mm thick concrete sleepers (or timber sleepers).
This steel post, made of hot-rolled steel and hot-dipped galvanised for long-term protection against weather, fire, and corrosion, is also manufactured to Australian standards AS/NZS 4680.
Weighing in at approximately 8.33 kg per metre, the 100mm C-Channel comes in 11 different lengths ranging from 900mm up to 3.9 meters.
This range also comes in the super heavy-duty 150mm thickness series, which are ideal for 100mm and 120mm thick concrete sleepers.
Features
- Hot-rolled steel
- Hot-dipped galvanised
- Manufactured to Australian standards
- Long lasting protection against weather, fire and corrosion
- Will not fade, rot, warp or be subject to termites
- Pre-drilled for fence bracket connection
- Can be painted to suit the surrounding colour scheme
While we have made every effort to check and verify the information provided here by our third party suppliers, we cannot give any guarantees as to its accuracy. If you do find an error, please let us know so we can correct it.
Additional information
| Weight | N/A |
|---|---|
| Dimensions | N/A |
| Material: No selection | Hot Dipped Galvanised Steel |
| Weight KG-M: No selection | 8.330 kg/m |
| Depth (Overall Height): No selection | 100mm |
| Flange Width: No selection | 50mm |
| Flange Thickness: No selection | 6.7mm |
| Web Thickness: No selection | 4.2mm |
| Root Radius: No selection | 8mm |
| Depth between flanges: No selection | 86.6mm |
| Moment of Inertia - XX: No selection | 1.74 million mm**4 |
| Moment of Inertia - YY: No selection | 0.267 million mm**4 |
