3ft(H) Composite Fencing Kit For Concrete Post - Smooth Finish Light Grey
3ft(H) Composite Fencing Kit For Concrete Post - Smooth Finish Light Grey
Shop premium composite fencing boards for a durable, eco-friendly, and low-maintenance fencing solution. Perfect for modern outdoor spaces, these boards offer long-lasting beauty and protection.
- This item is sold as a full kit including fencing boards, concrete insert, top and bottom rail
- Decking board size - 1800mmx140mmx21mm
- Minimum order qualifying for free delivery is 5 pieces, or the delivery will be £60 within UK mainland
Key Features
Key Features
Lightweight and Thin Design: Perfect for hanging on garden walls, fences, or balcony spaces without adding bulk.
Weather-Resistant: Built to withstand rain, UV exposure, and temperature changes for year-round performance without warping or fading.
Low Maintenance: No painting, staining, or sealing needed—just an occasional clean with water to maintain its beauty.
Modern and Decorative: Sleek, slatted lattice design enhances any outdoor space, adding style and visual interest.
Eco-Friendly Material: Made from sustainable, recycled materials, combining durability with environmental responsibility.
Easy Installation: Simple to mount on walls, fences, or other outdoor surfaces, saving time and effort.
Versatile Use: Perfect for wall art, garden backdrops, trellis features, or as a support for climbing plants.
Shipping & Returns
Shipping & Returns
- 3-5 days Pallet Delivery within UK mainland postcode.
- Highland, Ireland & Islands will be delivered within 5-7 working days, extra charges may be applied, please message us for more details.
- 30 days hassle free return.
Materials
Materials
Recycled Plastic & Wood Fiber
Instructions
Instructions
Tools and Materials Required
Tools:
- Power drill with masonry and standard bits
- Spirit level
- Measuring tape
- Pencil or marker
- Rubber mallet
- Screwdriver
- Saw (for trimming panels or rails, if necessary)
- Materials:
- Composite fencing boards
- Retrofit post adaptors
- Brackets and screws
- Base and top rails
Step 1: Prepare the Area
- Inspect the Concrete Posts: Ensure the existing concrete posts are stable and level. Clean the posts to remove dirt, debris, or moss.
- Mark Alignment: Use a string line to ensure all posts are aligned at the correct height.
Step 2: Attach Retrofit Post Adaptors
- Position the Adaptor: Place the retrofit post adaptor on the concrete post, ensuring it is centered.
- Drill Holes for Fixings: Use a masonry drill bit to create holes in the concrete post at the adaptor's mounting points.
- Secure the Adaptor: Attach the adaptor to the concrete post using the provided screws and anchors.
Tighten screws firmly and ensure the adaptor is plumb with a spirit level.
Step 3: Install Base Rails
- Attach Base Rail to Adaptors: Secure the base rail to the retrofit adaptors using brackets and screws. Ensure the rail is level and aligned with adjacent posts.
- Trim Rails (if needed): Use a saw to cut the rail to fit between non-standard post spacings.
Step 4: Fit Composite Fencing Boards
- Insert the First Board: Slide the first composite fencing board into the base rail. Check that it is level and seated securely.
- Stack Additional Boards: Continue stacking boards, interlocking them snugly as you go. Periodically check alignment and use a rubber mallet gently if needed to adjust.
Step 5: Attach the Top Rail
- Position the Top Rail: Place the top rail over the upper edge of the stacked composite boards.
- Secure the Top Rail: Fix the top rail to the adaptors using brackets and screws.
Step 6: Finishing Touches
- Install Decorative Caps (if applicable): Attach caps to the top of each adaptor for a polished look.
- Inspect the Installation: Ensure all components are securely attached and properly aligned.
- Clean the Fence: Wipe down the boards to remove dust or installation debris.
Maintenance Tips
- Clean the fence periodically with mild soap and water.
- Inspect adaptors and screws annually, tightening or replacing as needed.
- Avoid using abrasive tools or cleaners that could damage the composite material.