Balustrades and barriers
Balcony, stair, terrace and mezzanine barriers, where post-breakage retention is the governing requirement.
Glass Products
Laminated Glass
Two or more panes bonded with a plastic interlayer, so a broken panel stays in its frame. The required specification for barriers, overhead glazing, security glazing and anywhere noise is the real problem.
- PVB & structural interlayers
- Stays in the frame when broken
- Acoustic and UV benefits
Who this work is for
- Architects
- Contractors
- Consultants
- Building owners
Laminated Glass — project photograph required
Real Al Makan photography goes here. No stock imagery is used on this site.
In practice
Lamination does not make glass stronger. It changes what happens after it breaks.
This is the single most misunderstood point about laminated glass. A laminated pane will crack at broadly similar loads to an equivalent single pane — bonding two sheets together does not meaningfully increase the load at which the glass fails. What changes is everything that happens afterwards. The fragments stay bonded to the plastic interlayer, so the pane cracks but does not leave its frame, does not fall, and does not open a hole in the building.
That property is called post-breakage retention, and it is the entire reason lamination exists. It is why overhead glazing must have a laminated inner pane: if a monolithic toughened rooflight fails above someone, the whole pane comes down as a shower of granules. It is why barriers and balustrades should be laminated: a barrier that disappears the moment it breaks is not a barrier. And it is why ground-floor shopfronts benefit from it — a cracked laminated pane lets the unit keep trading until it is replaced, instead of standing open overnight.
The interlayer choice matters more than most specifications acknowledge. Standard PVB is the everyday material and it is perfectly adequate for most applications. But PVB softens as it warms, and a glass balustrade in direct UAE sun reaches temperatures where that softening measurably reduces the residual strength of a broken panel. On any structural barrier we specify a stiff ionoplast interlayer instead, which holds its properties far better in heat. The cost difference is small; the difference in how a broken barrier behaves is not.
Two useful side effects come free. The interlayer damps sound in a way that simply adding another pane of the same thickness does not, which is why laminated glass is the right answer when road noise is the actual complaint rather than heat. And it blocks the large majority of UV, which meaningfully slows the fading of furniture, flooring and fabrics behind a large window.
A barrier that disappears the moment it breaks is not a barrier.
Where it is used
Laminated Glass — typical applications
The situations this work most often solves. If yours is not listed, it is still worth asking.
Overhead glazing
Skylights, glass roofs and canopies — the inner pane must be laminated.
Shopfronts at ground level
Street-facing glazing that stays in place when broken, keeping the unit secure.
Acoustic glazing
Bedrooms, offices and clinics on busy roads, where the interlayer does the work.
Security glazing
Multi-ply build-ups where forced-entry resistance is required.
Glass floors and treads
Walk-on applications, always laminated with a sacrificial top ply.
Design possibilities
Options you can choose from
Finishes, configurations and specification choices available on this work. Samples can be provided before anything is committed.
Interlayer type
Standard PVB for general use, or stiff ionoplast where heat and structural performance matter.
Interlayer colour
Clear, translucent white, and a range of tinted interlayers for privacy or decorative effect.
Build-up
Two-ply for most work, three-ply or more for security and walk-on glazing.
Combined with toughening
Laminated toughened where both impact strength and retention are needed — the standard for barriers.
Decorative inserts
Fabric, mesh, printed film and decorative papers encapsulated between the plies.
Acoustic grade
Specialised acoustic interlayers where noise reduction is the primary requirement.
Why it matters
What you get
-
Stays in the frame
The interlayer holds the fragments, so a failure does not become an opening.
-
Quieter rooms
The interlayer damps sound far better than adding a second pane of the same thickness.
-
Blocks most UV
Slows fading of furniture, flooring and fabrics behind large windows.
-
Specified for the heat
Stiff interlayers on structural barriers, because standard PVB softens in direct UAE sun.
Technical
Specification notes
- Common build-ups
- 6.38mm, 8.38mm, 10.38mm and 12.38mm for general glazing; 21.5mm (10+10) laminated toughened for structural balustrades.
- Interlayers
- PVB in standard, acoustic and coloured grades; ionoplast for structural and high-temperature applications.
- Combined processing
- Panes toughened first, then laminated, where both properties are required.
- Edge exposure
- Exposed laminated edges need protection from prolonged water contact to avoid delamination at the edge.
- Cutting
- Laminated annealed glass can be cut; laminated toughened cannot — it is made to final size.
- Required for
- Overhead glazing, structural barriers and walk-on glass, without exception.
Final specification is confirmed at survey, against the actual opening, exposure and use.
How we do it
Our process for laminated glass
The steps specific to this work — not a generic checklist.
- 01
Establish the requirement
Retention, acoustics, security or UV — the reason for laminating decides the interlayer and the build-up.
- 02
Specify the plies
Glass thicknesses, whether each ply is toughened, and the interlayer type and thickness.
- 03
Process before lamination
Cutting, drilling and edge work carried out on the individual plies before bonding.
- 04
Laminate
Plies assembled with the interlayer and bonded under heat and pressure.
- 05
Install with edge protection
Fitted with the edge detailing that keeps standing water away from the interlayer.
Get a price for laminated glass
Send drawings, dimensions or a photograph of the space. For anything beyond a straightforward replacement we will arrange a survey, because measuring it ourselves is the only way to quote a price that will not move.
Questions
Laminated Glass — frequently asked
No — toughened glass is significantly stronger. Laminated glass is not about strength, it is about what happens after breakage: the fragments stay bonded to the interlayer and the pane stays in its frame. For applications needing both, laminated toughened glass combines them.
Because a barrier has to keep working after a failure. Toughened glass can shatter spontaneously years after installation from a nickel sulphide inclusion, with no impact at all. In a shower screen that is an inconvenience; in a balcony barrier at height it means the barrier is simply gone.
Meaningfully, yes — more than adding a second identical pane. The interlayer damps the vibration that carries sound through glass. For serious noise problems, an acoustic-grade interlayer or two panes of differing thickness does more again.
Laminated annealed glass can be cut with the right equipment. Laminated toughened glass cannot be cut at all, because the toughened plies would shatter — it is manufactured to its final size.
Edge delamination, usually caused by prolonged water sitting against an exposed laminated edge. It is a detailing issue rather than a manufacturing fault, and the fix is to keep standing water away from the edge — which is why edge protection matters in wet locations.
Related work
Often needed alongside this
Tempered / Toughened Glass
Toughened safety glass cut, drilled and edge-worked to size, supplied loose or installed.
Explore service
Stainless Steel Works
Stainless balustrades, handrails, staircases, glass railing systems and architectural metalwork.
Explore service
Curved & Bent Glass
Heat-bent curved glass for shopfronts, counters, balustrades, showers and display work.
Explore service
Shop Front Glass & Aluminium
Retail glazing and entrance systems built for footfall, security and presentation.
Explore service
Get in touch
Tell us about the job
Drawings, dimensions or just a photo of the space — whatever you have is enough to start.
- Call us +971 56 436 9675
- WhatsApp +971 56 436 9675
- Email almakan.uae@gmail.com
- Workshop & office Ajman Industrial Area 1, Ajman, United Arab Emirates
- Opening hours Open daily · 08:00 AM – 11:59 PM