GlassPartitionSystems
Designed for acoustic performance, clean detailing and flexibility across a wide range of interior applications.
Optima's glass partition systems pair exceptional acoustic performance with refined architectural detailing. Choose from single and double-glazed configurations — each engineered for clarity, light and privacy across the modern workplace.
Optima 117 Plus
A slim, single-glazed partitioning system with a minimal track and acoustic performance up to Rw40dB.
- Glazing
- Single-glazed
- Frame
- Aluminium
Revolution 54
A 54mm, single or double-glazed glass partitioning system, with acoustic performance up to Rw48dB.
- Glazing
- Single or double-glazed
- Frame
- Aluminium
Revolution® 100
A 100mm glass partitioning system engineered for demanding acoustic privacy applications, with performance up to Rw53dB.
- Glazing
- Single or double-glazed
- Frame
- Aluminium
Optima 36
A slim single or double-glazed partitioning system with acoustic performance up to Rw43dB.
- Glazing
- Single or double-glazed
- Frame
- Aluminium
FAQ's
Single-glazed partitions use one pane of glass and are typically used where acoustic performance is less critical. Double-glazed partitions use two panes with an air gap, delivering substantially higher acoustic ratings, ideal for private rooms, executive offices, and boardrooms.
Optima glass partition systems achieve laboratory-tested and assessed acoustic ratings of up to Rw53dB on our highest-performing double-glazed configuration. This rating applies to the assessed partition construction only and should not be taken as the expected on-site performance of the complete room, particularly where doors, junctions and surrounding construction will influence overall acoustic performance.
Every Optima system supports a range of finishes, framing options, and integrated door types. Use the configurator on each system page to specify your preferred glazing, framing colour, and door style.
A deflection head is a structural detail at the top of the partition that allows the building structure above to move (deflect) without transferring load into the glass. It prevents glass breakage and acoustic compromise as the structure flexes over time.
Start with the performance requirements (acoustic rating & max height), then refine by aesthetic preference (framing style, glazing thickness) and integration needs (door types, accessories). Our team can help, use the enquiry form on any system page.