- Stock: Sold Out
- Model: END9
- Weight: 50.00kg
- SKU: END9
The 9ft (2.7m) Concrete End Fence Post is a strong, wet-cast fencing post designed to securely finish a fence run. Manufactured from steel-reinforced concrete, it provides a durable alternative to timber end posts for domestic, commercial and landscaping projects.
This end post features a single slot designed to accept a compatible fence panel or gravel board from one side. It is suitable for positioning at the beginning or end of a straight fence run, providing a clean and secure finishing point.
With a substantial 125mm width and 100mm depth, the post provides dependable support while maintaining a practical profile. The 2.7m overall length makes it suitable for taller fencing arrangements or installations requiring increased post depth below ground.
Its smooth light-grey concrete finish coordinates well with compatible concrete gravel boards, slotted intermediate posts and a wide range of timber fence panels.
Specifications
- Overall length: 2.7m
- Approximate imperial length: 9ft
- Width: 125mm
- Depth: 100mm
- Post type: End
- Construction: Wet-cast concrete
- Reinforcement: Steel reinforced
- Slot arrangement: Single slotted
- Finish: Smooth light-grey concrete
- Installation position: Beginning or end of a fence run
Key Features
- Strong steel-reinforced concrete construction
- Substantial 125mm x 100mm post section
- Single slot designed to finish a fence run neatly
- Wet-cast manufacture provides a smooth, consistent finish
- Suitable for compatible fence panels and gravel boards
- Resistant to rot, decay and insect damage
- Suitable for new fencing and replacement projects
Ideal For
- Finishing straight garden fence runs
- Closeboard fence panel installations
- Waney lap fence panels
- Decorative timber fence panels
- Concrete gravel boards
- Compatible composite gravel boards
- Tall garden boundary fencing
- Domestic and commercial fencing projects
Product Benefits
- Creates a secure and tidy end to a fence run
- Provides a durable alternative to timber end posts
- Does not rot where installed below ground
- Single slot securely retains compatible fencing components
- Concrete construction requires less routine treatment than timber
- Compatible panels and gravel boards can be replaced individually
- Longer post length offers flexibility for taller installations
Choosing the Correct Post Length
The correct post length depends on the required finished fence height, the height of any gravel boards and the amount of post that must be installed below ground. A 9ft end post is commonly selected for taller fencing combinations or installations requiring increased foundation depth.
Before ordering, calculate the complete visible fence height and confirm that the selected fence panel and gravel board are compatible with the post slot. Ground conditions, exposure and the overall weight of the fencing should also be considered.
Installation
Position the post at the beginning or end of the fence run with the slot facing towards the adjoining fencing. Check that the post is vertical and correctly aligned before securing it within the foundation.
Use suitable post mix or concrete around the base and support the post securely while the foundation sets. The required hole size and installation depth will depend on the fence height, ground conditions and local wind exposure.
Concrete end posts are heavy and should be handled by enough people or with suitable lifting equipment. Do not force fence panels or gravel boards into the slot, as this may damage the components or post.
Important Height Information
Depending on the installation depth and fencing components used, a 9ft post may form part of a boundary exceeding common residential height limits. Check applicable planning requirements and property restrictions before installation.
Complete Your Fencing Project
Use this end post with suitable fence panels, concrete gravel boards or DuraPost Prima composite gravel boards.
Complete the installation with suitable post mix and matching concrete fence posts for straight runs, corners and junctions.
