Glass Divider Edinburgh
Glass Divider Edinburgh with Sliding Glass Door – In Out Solutions have been selected to design and deliver glass divider for a new domestic client in Edinburgh. Our client was looking to separate kitchen area from living room area using single glass partition with sliding glass door. In recent months there has been a surge of domestic homeowners who are looking for glass room dividers to create home offices, en-suite bathrooms, vine cellars and more. Internal glass partitioning are growing trend and perfect solutions for living space.
Installation of New Frameless Single Glass Partitions (Non-Fire Rated) with Sliding Glass Door to create dividing inline wall.
Single Glazed Partitions
- Standard Full Height Single Glazed Partitioning
- 12mm toughened glass (approximately 1.8lm), Height 2120mm
- Dry jointed, fitted with aluminium channels in silver, RAL 9006
- No 1 x full height sliding single glass door
- 600mm T pull handle in SSS, Top hung sliding track, non-locking
Project Value £2,000 – £2,500 + VAT (the price includes supply, delivery and install, aftercare)
Perfect Sliding Glass Door!
Sliding glass doors are modern solution of dividing space and are becoming more and more popular. These doors are both sleek and elegant, adding a touch of style to property.
Not only they maximise the impact and dispersion of light, they also provide an increased positive mood. The presence of natural light can help enhance the mood, as sunshine helps to raise their serotonin levels. Not only can sunlight improve concentration and activity levels, but the added Vitamin D produced from natural sunlight helps boost the immune system.
Moreover, it saves money by the amplified use of natural light, as it minimises the expenditure on artificial lighting. The initial cost of installing can be balanced out by the savings in the long term.
Glass home dividers, apart from saving energy costs, can also help make any future expansion or renovation of an house. They can be assembled and disassembled in no time and require no structural modifications.