Solid White Primed Brooklyn Doors Worthing Bespoke Door Options

FROM ONLY £156.00! + VAT

Brooklyn 2 Panel Doors

Brooklyn two panel doors are a 2-panel design, with a large top panel over a smaller bottom panel, creating a balanced arrangement of rectangles. Set in traditional stiles and rails, both raised and fielded inset panels featuring traditional Ovolo beading are separated with a low midrail that creates the harmony of the overall 2-panel design. Brooklyn doors complement high ceiling properties found in many traditional and period homes in Worthing, and work equally well in modern interiors.

Brooklyn White Primed Doors

Brooklyn white primed doors are manufactured with smooth HDF surfaces, the perfect material for smooth paint finishes. 20mm solid timber lippings allowing up to 12mm to be trimmed from each edge (more is possible from the top & bottom edge). The choice of 7 off-the-shelf sizes covers a wide range of door frames, however, if you can't see your size, then let us manufacture a bespoke Brooklyn door to your specific size for a tailored fit.

4-Panel Brooklyn Doors

4-panel Brooklyn doors are supplied & delivered in Worthing with a double-coated white primed finish and ready for final painting and fitting, saving installation costs and time, and facilitating a fast premium quality paint finish, without the need for extensive preparation and additional paint. Whatever colour you choose to finish your Brooklyn doors, please refer to our Door Handling & Finishing Guidelines.

White Primed Brooklyn Doors Worthing

Function, beauty, and the environment are all taken care of with the white primed Brooklyn range of two-panel doors, manufactured with FSC® certified timber components with full chain of custody for peace of mind that the timber has been sourced from sustainably managed forests. White primed Brooklyn doors feature engineered timber components for strength, performance and stability, including laminated timber, HDF & flaxboard. White primed Brooklyn doors delivered to Worthing and countrywide.