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Skyfold Walls

Brunel University

On the inside of the auditorium, Skyfold was chosen to provide a vertically rising, acoustic partitioning wall system which is housed in the ceiling cavity, therefore maximising floor space. This breathtaking system glides silently and effortlessly into place through a fully automatic turnkey operation, providing outstanding privacy.

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Products

Skyfold

Location

Uxbridge, London

Architect

Architeknic

Contractor

Laing O’Rourke

Maximise Space a Diverse Project

Working with architects, Architeknic, and contractor, Laing O’Rourke, Style was appointed to sub-divide space in several important areas of the University. In the main auditorium, Style was challenged in three ways. To provide maximum acoustic performance, install a rapidly opening folding wall system, and provide a solution to suit the curvature of the auditorium space.

On the inside of the auditorium, Skyfold was chosen to provide a vertically rising, acoustic partitioning wall system which is housed in the ceiling cavity, therefore maximising floor space.
This breathtaking system glides silently and effortlessly into place through a fully automatic turnkey operation, providing outstanding privacy.

To maximise the acoustic performance to the outside of the auditorium, and to match the curvature of the design, a semi automatic, curved DORMA Variflex with a 57dB Rw performance was chosen offering not only a stunning appearance but a practical solution.

Various other acoustic folding walls were installed within the building including a Stylefold 120 which was chosen for the ground floor café bar, offering ease and simplicity. This manually operated moveable wall is popular for more practical applications such as canteens, community halls, school classrooms, etc.

“To install three different moveable wall systems into the same building, including a curved system and a vertically rising one, shows the extent of our diversity,” said Julian Sargent, Style’s managing director. “The curved Variflex is an immense feature for the University offering real ‘wow’ factor for students and visitors.

“The vertically rising Skyfold never fails to impress and specifications for this system are soaring as awareness of it grows. Then we also have the lower budget Stylefold 120; an acoustic wall which offers a very simple, but highly effective solution.”

READY TO REDEFINE THE SOUND OF YOUR SPACE?

Talk to us about your acoustic goals — we’ll help you design a solution that sounds as good as it looks. 

2026 © Style Group

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Zero-Joint Technology in the Healthcare Sector

NHS England’s Health Building Note 00-09 states clinical surfaces should be “impervious, designed for easy cleaning and free of fissures and unsealed joints.”
  • Laser-bonded, adhesive-free edge, with no seam or adhesive strip
  • Designed in line with the surface characteristics HBN 00-09 describes for clinical areas
  • Formaldehyde emissions tested significantly below the EU's REACH formaldehyde limit, in effect from 6 August 2026

Why it matters

HBN 00-09 sets out these surface characteristics because unsealed joints are a recognised place for moisture and micro-organisms to collect. A genuinely joint-free edge is designed to address that specific detail.

This is a surface and edge specification, not a clinical claim. Zero-joint technology has not been evaluated or certified by NHS England, and does not claim to reduce infection rates.

Zero-Joint Technology in the Hospitality Sector

Guest-facing spaces and food-service areas face frequent hygiene inspections and heavy daily use — seamless panels help simplify housekeeping and keep finishes looking newer for longer.
  • Seamless edge finish, with no visible transition between edge and panel surface
  • 100% adhesive-free construction — no hot-melt adhesive layer to fail
  • Edge processing on all four sides, built for daily commercial use
  • Low-maintenance and easy to clean

Why it matters

Food-service and guest-facing areas are typically inspected under hygiene and housekeeping standards that look closely at surfaces and joints. A seamless, moisture-resistant edge is designed with exactly that kind of scrutiny in mind.

Every one of these sectors shares the same underlying surface problem: a bonded-strip edge is a seam, and a seam is a place where dirt, moisture or wear can concentrate in a way a continuous surface can't. Zero-joint technology addresses that one structural detail across offices, schools, healthcare and hospitality settings alike — one construction detail, one shared weak point removed, four sectors that each care about it for their own reasons.

Zero-Joint Technology in the Education Sector

Classrooms and shared facilities see high daily footfall from children and staff, so partitioning needs to withstand daily wear and support fast, thorough cleaning.
  • Seamless, adhesive-free edge with no strip to lift or wear loose over time
  • Moisture-resistant, low-maintenance surface
  • Independently tested for VOC emissions to AgBB and EN 16516

Why it matters

Schools see some of the highest footfall of any building type relative to their size, and surface durability directly affects how long fittings stay presentable between refurbishment cycles. A seam-free edge that can't lift or peel with repeated impact and cleaning is a genuinely lower-maintenance fixture over the life of the building.

Zero-Joint Technology in the Corporate Sector

Open-plan offices and meeting suites see constant daily use — surfaces need to look sharp for years without high maintenance.
  • Seamless edge finish, with no visible transition between edge and panel surface
  • 100% adhesive-free construction — no hot-melt adhesive layer to fail
  • Edge processing on all four sides, built for daily commercial use
  • Low-maintenance and easy to clean

Why it matters

An adhesive seam is one of the few places on a standard partition edge where dust, spillage residue or cleaning-product build-up can collect, simply because it isn't a flat, continuous surface. Removing that seam removes that particular weak point — a lower-maintenance fixture designed to stay looking sharp for longer.

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