FD30 Fire Door, Internal, Oak, Unfinished, Made-to-Measure, Victorian, Solid Core
Enhance the elegance and safety of your home with this Oak Internal Unfinished Victorian FD30 Fire Door. Designed in a classic Victorian style, this door is crafted from high-quality oak, featuring an unfinished surface that allows for personalisation to seamlessly complement your interior decor. With a fire resistance rating of FD30, it provides at least 30 minutes of protection against fire hazards, ensuring peace of mind for you and your family. The made-to-measure design guarantees a precise fit for any opening, tailored to your specific needs.
Key Features- FD30 Fire Protection: Offers 30 minutes of fire resistance, enhancing safety and security in your home.
- Customisable Sizing: Tailored to your exact specifications for a perfect fit.
- High-Quality Construction: Features a solid engineered core for superior strength and durability.
- Lifetime Guarantee: Backed by a lifetime guarantee for long-lasting performance and peace of mind.
- Trimming Allowance: Allows for 3mm trimming from all edges for a precise installation.
- Sustainable Materials: Made with responsibly sourced materials, promoting eco-conscious living.
This FD30 Fire Door is not only a reliable safety feature but also a stylish addition to your home. Ideal for internal use, it combines aesthetic appeal with functionality, making it a perfect choice for living rooms, bedrooms, or any area requiring enhanced fire protection.
Full Specifications
| Area for use | Internal / interior use |
| Type | Made-to-Measure Fire Doors |
| Finish | Unfinished |
| Colour | Oak |
| Fire rating | This door is FD30 rated, offering at least 30 minutes of protection against fire spreading |
| Lipping | 11mm solid lipping |
| Core type | Solid engineered core |
| Trimming allowance | 3mm trimming from all edges |
| Guarantee | Lifetime Guarantee |
| Recommended hardware | 3x CE internal fire safety hinges |
| Sustainability | Made with sustainability in mind, using responsibly sourced materials where possible |
