International high-rise tower with repeated factory-glazed unitized modules and bronze solar fins
System 03 · Factory-glazed facade

Unitized Curtain Wall for Mid-Rise & High-Rise Buildings

Factory-glazed panels bring repeatable quality, controlled joints and floor-by-floor enclosure to apartments, public buildings, commercial developments and towers — with movement, anchors, logistics and lifting engineered as one system.

Where it wins

When scale, repetition and programme must align

Unitized curtain wall is established for major multi-storey and high-rise programmes. Starveil develops panel dimensions, brackets, anchors, stack joints, integrated facade elements and zone logistics around the actual building — from a repeated residential elevation to a public venue or tower.

  • Floor-by-floor enclosure — panel sequencing follows structure, internal trades and the date each zone must become weather-tight.
  • Factory-sealed quality — glazing joints made indoors, under QA, not on a windy slab.
  • Movement accommodation — stack joints, anchors and perimeter interfaces are coordinated for slab movement, thermal change and wind response.
  • Zone-based logistics — stillages, containers and lifting plans are matched to the site crane, floor sequence and storage constraints.
  • Integrated expression — fins, spandrels, screens, vents and BIPV zones can be coordinated before panels leave the factory.
  • Traceable delivery — panel IDs, inspection records and installation zones connect shop drawings to handover.
Close view of a modular glazed curtain-wall facade with repeated panel joints
Unitized-system reference · licensed real photography
Specifications, translated

The numbers, and what they mean for your building

Parameter Typical specification What it means for you
Cassette size Commonly one storey high; width and weight engineered per project Panel geometry balances glass size, transport limits, structure, crane capacity and installation sequence.
Thermal performance (Uw) 1.1 – 1.6 W/m²K; triple glazing available Meets cold-climate energy codes with margin, and passes condensation-risk review quietly.
Air & water performance Class A4 / RE 1200 Pa equivalent (EN); ASTM-mapped Weathertight from the first panel — because the seals were made in the factory, not on site.
Installation strategy Floor-by-floor or zone-based, coordinated with site lifting Production, stillage packing and erection follow the construction programme rather than a generic panel count.
Wind classification Regional class engineered per project (incl. cyclone) Bracket and pull-out tests documented in the handover file for exposed regions.
Tolerance handling Adjustable brackets ±25 mm three-way Imperfect slabs still get a straight facade — adjustment happens at the bracket, not by reworking panels.

Typical values shown for guidance; every project is engineered to its own loads, climate and code, and the quotation states the tested configuration that applies to you.

Test evidence for your market
✓ EN 13830 / CE
✓ ASTM E283 · E331
✓ AAMA 501
✓ AS/NZS 4284 (cyclone cases)

Planning a multi-storey or high-rise envelope?

Share the elevations, floor-to-floor heights, programme and lifting constraints. We will assess whether a unitized system earns its place on the project.

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