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90 Degree Retaining Wall Corner Posts
Kazman Timber supplies galvanised 90 Degree Retaining Wall Corner Posts for timber and concrete sleeper retaining wall systems.
Designed for use where two retaining wall runs meet at a right angle, 90 degree corner posts provide a strong connection while allowing sleepers to be positioned in both directions.
Hot dip galvanised for corrosion protection, these steel corner posts are suitable for outdoor retaining wall applications where durability and strength are required.
90 Degree Corner Post Sizes
Our 90 degree retaining wall corner posts are available in a range of lengths, including 900mm, 1200mm, 1500mm and 1800mm.
The appropriate post length will depend on the retaining wall height, required footing depth, site conditions and the requirements of your project.
Retaining Wall Steel for Corners, Ends & Straight Runs
Different steel post profiles are used depending on their position within a sleeper retaining wall.
90 Degree Corner Posts are used where the retaining wall changes direction at a right angle.
C Section Posts are typically used at the beginning and end of straight retaining wall runs.
H Section Posts are generally used at intermediate positions to support sleepers continuing along a straight wall.
This range allows you to select the appropriate steel posts for different positions throughout your retaining wall project.
90 Degree Retaining Wall Corner Posts Melbourne
Based in Ravenhall in Melbourne’s west, Kazman Timber supplies galvanised retaining wall steel for residential, landscaping and construction projects across Melbourne.
Our range includes 90 degree corner posts, C Section end posts and H Section intermediate posts for use with timber and concrete sleeper retaining walls.
Browse our 90 degree retaining wall corner posts above or contact Kazman Timber if you need assistance selecting retaining wall steel for your project.
Post size, length, footing depth and retaining wall construction should be selected to suit the project design, site conditions and any applicable engineering requirements.