
Our 4m ProDeck Composite Bullnose Decking Boards provide a premium finishing solution for your decking project, combining durability with a clean, professional edge. Designed to complement ProDeck composite decking boards, these bullnose boards offer exceptional resistance to staining, fading, and weather exposure, ensuring long-lasting performance and visual appeal.
Featuring a polymer-capped composite surface, each board is protected by a durable outer layer that improves resistance to UV rays, moisture, and everyday wear. This advanced design helps maintain the board’s appearance while significantly reducing maintenance requirements.
The boards feature a narrow groove surface with a subtle multi-tonal colour blend, delivering both improved slip resistance and a stylish, modern finish for steps, deck edges, and borders.
Board Specifications
- Length: 4m
- Width: 150mm
- Thickness: 23mm
- Weight: 16kg (approx.)
- Colours: Burnt Oak, Onyx, Pewter, Platinum, Rosewood, Quartz, Sandstone
Strength and Durability
ProDeck bullnose boards are constructed with a solid composite core, providing excellent structural strength and stability underfoot. The polymer protective layer helps shield the board from moisture, mould, mildew, and rot, making it a durable alternative to traditional timber edging boards.
Designed to perform in outdoor environments, these boards resist rain, snow, UV exposure, and temperature fluctuations, ensuring reliable performance in varying weather conditions. The splinter-free surface also enhances safety and comfort when walking barefoot.
Installation & Finishing
ProDeck bullnose boards are installed using T-clip fixings and starter clips, which maintain consistent spacing and secure the boards to the subframe. To achieve a professional finish, fascia boards can be fitted to conceal exposed joists or to create clean deck steps and edges.
Manufactured using a combination of FSC® certified recycled hardwood fibres and recycled plastics, these boards offer a more sustainable decking solution with long-term durability.
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