Internal Oak FD30 Fire Door, Victorian Shaker Style, Unfinished, Made-to-Measure
Prioritise your home's safety without compromising on style with this made-to-measure FD30 fire door, designed in a sophisticated Victorian Shaker style. Crafted from high-quality oak, this door not only provides crucial fire resistance but also allows for a personalised touch with its unfinished surface, ready for your choice of finish. Perfectly tailored to fit your specific doorway dimensions, it enhances both the aesthetic and functionality of any interior space.
Key Features- FD30 Fire Rating: Offers a minimum of 30 minutes of fire protection, essential for safeguarding your home when paired with suitable fire-rated linings and hardware.
- Custom Sizing: Tailor-made options ensure a precise fit for your unique doorway measurements.
- Lifetime Guarantee: Comes with a lifetime guarantee, demonstrating a commitment to quality and durability.
- Solid Engineered Core: Provides stability and integrity for long-lasting performance and easy installation.
- Trimming Allowance: Allows for up to 3mm trimming from all edges for custom fitting.
- Sustainability: Manufactured using responsibly sourced materials, reflecting a commitment to environmental sustainability.
This oak internal fire door is ideal for enhancing safety in residential settings while adding a touch of custom sophistication. Whether you're renovating or building anew, this door seamlessly integrates fire safety with elegant design.
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 |
