The Series 531 SoundOUT™ Sliding window has been specially designed to reduce noise infiltration through window openings. The SoundOUT™ sliding sash system is designed to be installed behind existing or new windows usually on the reveals within the wall dimension.
Sliding window sashes are double sealed at all joints for maximum soundproofing.
This sliding window provides several locks to choose from including centre multi-point locking.
All sliding window sashes on the SoundOUT™ system can be opened to allow cleaning of the inner face of the outer window.
Sliding window sashes run on large diameter heavy duty wheels, nylon tyred ball bearing wheels used on the heavier sashes. These wheels are height adjustable to allow sashes to be squared up in the frame.
Sashes will accept glass up to 7.52mm thick with full wrap around PVC glazing channel or if preferred SoundOUT™ sliding window sashes can be double glazed.
Installing this sliding window product will create a thermally broken, double glazed window that will significantly reduce heating and cooling costs
SoundOUT Sliding Doors
The Series 533 SoundOUT™ Sliding door has been specially designed to reduce noise infiltration through door openings. The SoundOUT™ sliding door sash system is designed to be installed behind existing or new doors usually on the reveals within the wall dimension.
Sliding door sashes are double sealed at all joints for maximum soundproofing.
All sliding door sashes on the SoundOUT™ system can be opened to allow cleaning of the inner face of the outer door.
Sliding door sashes run on large diameter heavy duty wheels, nylon tyred ball bearing wheels used on the heavier sashes. These wheels are height adjustable to allow sashes to be squared up in the frame.
Sliding door sashes will accept glass up to 10.38mm thick with full wrap around PVC glazing channel or if preferred SoundOUT™ sashes can be double glazed as detailed later.
Installing the Series 533 slidng door system will create a thermally broken double glazed door that will significantly reduce heating and cooling costs.
