Laminated glass

Laminated glass (triplex) is not simply “thicker glass” — it is a multilayer construction: glass layers bonded with a polymer interlayer. After a hard impact the glass may crack, but fragments stay held by the interlayer and do not fall as free shards. For facades, atriums, partitions, and railings that matters both for people safety and for keeping the opening covered longer.

In architectural projects, lamination is chosen when you need predictable glazing behaviour after damage — not only the look of a clear plane. The construction can be adapted to the brief: from a highly transparent build to tinting, decorative finishes, and reinforced configurations.

We also keep product boundaries clear. For higher impact and intrusion resistance, see the Octoguard® line. For transport glazing, there is a separate page for laminated glass for transport. The architectural triplex on this page is about project solutions for buildings and transparent constructions.

The cards above are orientation cues for appearance and requirement level — not a rigid catalogue of four fixed SKUs. Clear builds favour light and view; tinting shapes facade perception or reduces glare. Decorative solutions suit cases where safety must meet a visual accent indoors or on the facade.

Reinforced builds are assessed separately: for higher impact demands, Octoguard® is the logical next step. Lock the variant together with size, fit, and installation stage — the same labels can mean different glass thickness, interlayer, and edge work from project to project.

Laminated glass is used where a transparent construction must stay controlled after damage. Facades and curtain walls are a typical path when both view and predictable opening fill matter. Partitions and railings add tighter fit and edge requirements in interior architecture.

Transport glazing is separate: fit and manufacturing route differ from architectural triplex, so automotive jobs belong on the laminated glass for transport page. At assessment, name the construction type and critical zones — clarity, tint, décor, or reinforcement — so incompatible expectations are not mixed in one enquiry.

The base scheme is simple: two or more glass layers and a polymer interlayer between them. Then the project work begins — glass thickness and type, layer count, edge profile, optics, and appearance are selected for the specific building, not from one “standard kit for every case”.

The interlayer is chosen for stiffness, optics, and the application scenario. Final stack and cost are agreed after we assess the inputs: a drawing or overall size, construction type, transparency or tint requirements, and whether decorative or reinforced properties are needed.