System families.
Five architectural facade families, each with its own logic of structure, light and surface. These are candidate categories — the exact ALUSET offering per category is confirmed on request.
SYS 01 · Detail study Glass-to-glass corner: 20 mm silicone joints, double-glazed unit edges and spandrel glass.
Original ALUSET CGI visualisation — not a completed project.Structural Glazing
Glass held by structural bonding — a continuous, frameless outer surface.
Glass units are bonded to a concealed aluminium carrier so that the exterior reads as an uninterrupted glass plane. Joints are resolved with weather seals rather than visible caps.
System logic- Frameless exterior
- Continuous reflections
- Concealed aluminium carrier
SYS 02 · Detail study Mullion and transom cover caps meeting the aluminium floor band.
Original ALUSET CGI visualisation — not a completed project.Curtain Wall Systems
A self-supporting aluminium grid of mullions and transoms carrying glass and panels.
The facade hangs from the building's slabs as a lightweight envelope. Mullion and transom geometry defines the architectural rhythm; infill can mix vision glass, spandrel and opaque panels.
System logic- Expressed grid
- Stick or unitised build
- Mixed infill
SYS 03 · Detail study Open panel seams, folded corner cassettes and a deep window reveal.
Original ALUSET CGI visualisation — not a completed project.Aluminium Composite Panels
Flat, precise aluminium-faced panels for crisp opaque surfaces and details.
Composite panels deliver a perfectly flat, folded aluminium surface for cladding, soffits, fascias and feature elements. Panel layout and joint width become the primary design language.
System logic- Flat planes
- Folded edges
- Precise joint rhythm
SYS 04 · Detail study Stepped cutaway: panels, ventilated cavity, rails, brackets, insulation and substrate.
Illustrative construction study — layers and thicknesses are not a validated build-up.Ventilated Facades
A rain-screen outer layer with a ventilated cavity over insulation.
The outer skin shields the insulation layer while air moves through the cavity behind it. The result is a thermally efficient wall with freedom in outer material and rhythm.
System logic- Ventilated cavity
- Rain-screen principle
- Material freedom
SYS 05 · Detail study Inclined satin-anthracite blades, end caps and the fin connection.
Original ALUSET CGI visualisation — not a completed project.Architectural Louvers
Aluminium blades that shape light, air and privacy.
Fixed or operable aluminium blades control solar gain, screen services and add depth and shadow to the facade. Blade profile, pitch and orientation are architectural decisions.
System logic- Solar control
- Depth and shadow
- Fixed or operable