Residence 9 windows are designed to replicate the flush sash designs found in conservation areas. The windows we supply enable homeowners to achieve authentic designs in classic finishes without compromising on security and durability. Residence 9 windows are so aesthetically authentic, they are regularly accepted by councils for use in conservation areas as timber window replacements. Residence 9 windows are especially suitable for Georgian, Victorian, and Edwardian properties, where the flush casement design looks especially sleek. Residence 9 windows are also a fantastic option for adding a traditional heritage charm to a modern build.
These windows are the ideal option for period properties as they will tastefully retain any property’s heritage style. Whilst they look authentically traditional, they provide modern high levels of weather resistance and thermal efficiency. The traditionally elegant flush exterior and decorative interior create that classic British design aesthetic, with all the modern benefits. Traditional butt joints and authentic handle and stay options add to the authentic look. Monkey Tail and Pear Drop handles come in a range of authentic colours. As a result, they are extremely popular with homeowners.
The modern materials used to craft these Residence 9 windows are virtually maintenance free, never requiring frequent painting or staining by the end user. These windows feature a uniquely engineered ‘easy clean’ rebate that can be easily wiped clean. This ensures these windows remain looking their best with minimal upkeep. Residence 9 windows are crafted using high quality materials that won’t warp, swell, flake or need sanding and painting over time. Customers will benefit from a ten year guarantee from the day of installation to support this.
Residence 9 windows are fabricated within the GJB Holdings Group by our expert team. The glass is bonded to the sash to offer enhanced levels of security, whilst strengthening the overall design of the window. Glass bonding is commonly used when constructing high specification windows where strength must be maximised. This technique is regularly featured in modern skyscrapers and buildings where safety and security are essential properties.
