Carini Pre-Finished Oak Doors Holbrook & Bespoke Doors

FROM ONLY £120.00! + VAT

Solid core Carini pre-finished oak doors are an affordable modern bestseller, that also facilitates a quick and easier installation and therefore a more cost-effective option. Featuring a seven-panel horizontal grain design with 5mm wide x 3mm deep V-groove detailing, and full-length vertical grain stiles, with the finest quality hand matched crown cut American white oak timber veneers that make the Carini pre finished door a stand-out affordable choice for both heritage and contemporary interiors in Holbrook.

Finished Carini Oak Doors

Factory finished Carini oak doors feature double 10mm solid lippings (10mm solid outer + 10mm FJL inner lipping) that provides additional fixing stability, and allows up to 16mm to be trimmed from each edge. The wide scope of 18 off-the-shelf sizes means there is a factory finished Carini oak door for virtually any location in your property. Bespoke made-to-measure solid doors, glazed doors, and FD30 fire doors are also an option in the p[re finished Carini door range for a consistent look throughout your Holbrook property.

Holbrook Oak Carini Pre-Finished Doors

These Oak Carini doors are supplied pre-finished with a flawless factory applied clear lacquer finish that brings out the natural beauty of the crown cut oak veneers, and not only that, they provide a fast and cost-effective installation without the hassle and cost of finishing, please refer to our Door Handling & Finishing Guidelines.

Pre-Finished Carini Doors Delivery in Holbrook

Function and beauty are all taken care of with the pre-finished Carini range of doors offering excellent sound reduction and heat retention to your property, and the FD30 fire door options provide peace of mind and maximum acoustic and heat insulation. Pre-finished Carini doors contain engineered components including but not limited to laminated timber, MDF or particleboard. Express delivery is available for pre-finished Carini doors in Holbrook and surrounding areas.