What makes Westbury Joinery so unique? When you buy a Westbury window, door or roof lantern, you are buying a product that is produced in the UK, built using the latest technology and innovation, but finished, by hand, with unrivalled attention to detail.
Using skilled craftsmen Westbury take the time to preserve traditional flush joints, sharper edges and mouldings which are all too often disregarded by their contemporaries.
All Westbury Windows and Joinery products are fully and independently tested at a UKAS-accredited laboratory – as opposed to using computer-estimated results – for energy, weather, security and, most recently, acoustic performance. The tests show that Westbury products are exceptionally energy efficient, weather resistant, sound-insulating and fully comply with Part Q building regulations.
Westbury have even conquered the notorious, industry-wide problem of poor sound insulation and draft exclusion in French doors. Their French doorset, with its continuous weather seal and expertly designed meeting stile, has proved to be as effective as a casement window, scoring 38Rw on the Weighted Sound Reduction Index (meaning it reduces sound by approximately 38 decibels!).
This is an outstanding result in a very competitive market and shows that Westbury Windows and Joinery are always looking to the future, to provide the best product for their clients.
This is not the first time that Westbury Windows and Joinery have demonstrated their innovative prowess in their field. They are the only timber window manufacturer producing products with 115mm deep frames, improving energy efficiency and aesthetics. They were also among the first to manufacture using laminated Accoya®, a gold-rated cradle to cradle certified product known for its incredible stability and low maintenance.
Westbury Windows and Joinery have 30 years’ experience designing joinery products. Their combination of classic, heritage design with high tech performance, makes their windows and doors the ideal solution for any new build or renovation project.