Galvanised Steel ‘C’ Beam Post 1200×100
$49.00 each
Available
Please note Whilst all care has been taken to provide you with a good indication of colour, you should always sight product samples before use, due to natural variations in Colours & Sizes. Products may vary from image provided.
- Supplier Q Solutions
- num_m2 0
Description
This presents a stronger, more durable alternative to timber, with a modern range of lightweight concrete sleepers and steel posts.
Designed for use in retaining walls up to 600mm in height from ground level.
This system also provides an excellent option for raised garden beds and vegetable patches.
Additional information
| Weight | 10.00 kg |
|---|---|
| Dimensions | 1200 × 100 mm |
| Supplier | |
| Max Height | |
| Application | Retainingwalls, vertical wall, straight, high retaining wall, colourbond |
Downloads
Installation Guide
Retaining Wall Selection Procedure
- Select the appropriate design table(s) depending on whether or not there are fences located above the retaining wall.
Go to Section 3.1 or 4.1 for retaining walls without fences above (up to a maximum of 1.8m high fence).
It is noted that for retaining walls with fences above, refer to both Section 3.2.1 or 4.2.1 for general fence zones and Section 3.3.1 or 4.3.1 for the end zones of a fence (i.e. within 7.2 metres from the end of a fence)
- Select the correct design table based on the backfill/subgrade material to be used for the retaining wall. 5 Different subgrade/backfill materials have been catered for,
Namely:
- Gravel
- Medium Dense Sand (Medium Grained)
- Medium Dense Silty Sand/Fine Sand/Shales
- Stiff Clay
Note: We recommend for walls greater than 2m in height, geotechnical advice be sought to verify the nature of the subgrade/backfill materials to be adopted for the design.
- The subgrade is the material into which the post is to be embedded and the backfill is the material that is placed and compacted behind the retaining wall.
- Determine the actual height of the wall based on on-site measurement/survey
- Determine the maximum post spacing for the wall height by referring to the relevant tables from step A. Choose the post spacing for which the maximum wall height is greater than
the actual wall height determined in step C.
- Determine the minimum post embedment depth based on the selected subgrade/backfill type, wall height, and post spacing.
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