726 x 2040 x 44mm Ely White Primed FD30 Fire Door

726 x 2040 x 44mm White Primed Ely Fire Door

TRIMMABLE FIRE DOOR

This white primed FD30 fire door from the Ely collection is 726mm wide x 2040mm high x 44 millimetres thick. Featuring the classic vertical panel design with deep V-grooves with premium MDF smooth facings that facilitate a premium paint system finish. The Ely white primed fire door is an ideal choice for modern and traditional interiors.

2040 x 726mm Ely White Fire Door

Is a metric size Ely white fire door, measuring 2040mm in height, 726mm in width, and is 44mm thick, equivalent to 204cm height, 72.6cm in width, and 4.4cm in thickness. This Ely white fire door is constructed with engineered timber components and features the signature 30mm solid lippings that allow 15mm to be trimmed from each edge (trim the top edge as little as possible), or installed as a casement fire door pair. Bespoke made-to-measure FD30 fire doors should be considered when trimming will exceed more than a few millimetres.

Metric Ely Primed FD30 Door

This 2040 x 726 x 44 millimetre Ely primed FD30 fire door is supplied with a premium double-coated white primed finish that saves on installation costs and time, minimising the extensive preparation work to achieve a flawless paint system finish. Please ensure any cut edges and mortises are re-primed prior to the top coat being applied. Please refer to our Door Handling & Finishing Guidelines.

726 x 2040 x 44 millimetre White Ely 30 Minute Fire Door

Function, beauty, and the environment are all taken care of with this 726 x 2040 x 44mm oak Ely 30 minute fire door that offers superior sound (tested to 31dB), and heat insulation, and up to 30 minutes of fire protection when installed correctly. Not only that, this white primed Ely half hour fire door is manufactured to the highest environmental standards, from a combination of engineered timber components, such as sustainable timber and recycled materials like MDF and particleboard. This approach not only ensures the doors' strength, performance, and stability but also significantly reduces its environmental footprint.