Sliding glass door system Lite+ for dropped ceiling
SELECTION TOOLSliding door system Lite+Glass TOP for mounting in a dropped ceiling
This separate rail system is suitable for glass sliding doors with a thickness of 10 or 12 mm and a weight of up to 100 kg.
The Lite+Glass TOP rail system is available in silver and black. With the accompanying glass clamp set, the silver rail can be opened and closed with or without soft closing / opening. With the black rail, the suspension set is always supplied with a soft closing opening.
Depending on the length of the rail, 1 or 2 glass clamp sets are included:
- rail 2000 mm – 1x glass clamp set with horizontal cover strip and end plates
- rail 3000 mm – 1x glass clamp set with horizontal cover strip and end plates
- rail 4000 mm – 2x glass clamp sets with horizontal cover strip and end plates
- rail 6000 mm – 2x glass clamp sets with horizontal cover strip and end plates
Sliding door track Lit+Glass is also available for mounting on the ceiling and for mounting on the wall.
| Track length |
200 cm ,300 cm ,400 cm ,500 cm ,600 cm |
|---|---|
| Track color |
Black ,Silver |
| Lite+ Glass hanging kit |
Glass thickness 10mm ,Glass thickness 10mm + soft close ,Glass thickness 12mm ,Glass thickness 12mm + soft close |
KLEIN's sliding door systems are the ideal solution for interior space partitioning or dividing projects, whether in homes, hotels or offices, thanks to their design and durability. Discover all our solutions and start your own project for dividing, partitioning or creating multifunctional spaces through mobile glass, wood or metal partitions!
Delivery charges
Delivery charges - A carriage charge of £8.95 is payable, dependent on your location. Free delivery is available on orders over £150.
Returns
If you have a item that needs to be returned to us, please speak with a member of our sales team who will be happy to help.
Special finish items, bespoke or special orders (non stock items) cannot be returned.
Other items may incur restocking charges, you will be notified at point of return.
