Timber Close Board Panels Installed to give a traditional and aesthetically pleasing boundary fence to any garden.
- Mar 25
- 2 min read

Each bay is built using overlapping feather‑edge boards fixed to horizontal rails, supported between concrete posts that are set deep into the ground. The combination delivers long‑term performance, particularly in areas exposed to wind or moisture, such as coastal and suburban gardens across Staffordshire and the West Midlands
Why Choose Concrete Posts for Closeboard Fencing
Concrete posts remove one of the most common points of weakness in wooden fencing — the post itself. While timber posts eventually rot or twist, reinforced concrete remains unaffected by damp conditions. This makes it ideal for gardens where longevity and reduced maintenance are priorities. The weight and rigidity of concrete also help prevent movement over time, keeping the fence line straight and true for decades.
When paired with concrete or treated timber gravel boards, the system provides full ground clearance for the timber panels, preventing contact with soil and moisture. This simple addition significantly extends the lifespan of the fence, ensuring that the structure remains both stable and visually clean.
Construction and Materials
A closeboard system is crafted with precision and built from high‑quality components designed to complement one another:
Concrete Posts: Reinforced with steel for stability, these posts are resistant to rot, fire, and insect damage. They provide consistent alignment along the fence run and can be capped or chamfered for a neat finish.
Feather‑Edge Boards: Vertical boards overlap slightly to create a solid and continuous surface that offers privacy while maintaining a traditional look.
Rails: These horizontal rails support the feather‑edge boards. Properly treated timber rails resist moisture and help shed rainwater efficiently.
Gravel Boards: Installed at the base of the panel, they protect the timber from ground moisture and create a defined lower edge to the fence.
The combination of these materials provides a structure that is resistant to wind damage, stable during frost movement, and capable of supporting various panel heights, from modest garden partitions to full privacy boundaries.




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