
Chancery Place required an acoustic solution that would improve everyday workplace comfort without compromising the architectural vision of the space. Delivered in collaboration with SpaceInvader and Overbury, the completed scheme combines high-performance acoustics with a refined, contemporary aesthetic.
As Nick Gibson from Style North explains:
“This project highlights what can be achieved when acoustics are considered as part of the design rather than an afterthought — delivering a solution that balances performance with a clean, high-quality aesthetic.”
At the centre of the scheme are bespoke linear acoustic baffles, designed to form a striking sculptural ceiling installation. The feature subtly references Overbury’s distinctive logo while introducing rhythm, depth and effective sound absorption throughout the open-plan workspace.
Alongside the linear system, custom teardrop-shaped acoustic baffles were integrated within ceiling voids to provide targeted acoustic control in key areas. These bespoke elements not only improve acoustic comfort but also strengthen the overall visual identity of the workspace.
A range of Autex Acoustics wall panel solutions, including printed, grooved and Groove Duet finishes adds another layer of acoustic performance and design flexibility throughout the interior.
The panels help control reverberation and noise transfer while contributing to the overall look and feel of the workplace, creating a cohesive and high-quality finish across the scheme. As David Vaal notes:
“The acoustics have become a standout feature – sparking conversation and drawing attention from everyone who visits.”
Flexibility was a key requirement within the design studio environment. To support different working styles, the scheme incorporates a Dorma glass 52dB movable partition alongside a Dorma Huppe 55dB solid partition finished in Autex materials.
The systems allow the space to transition easily between focused work settings and collaborative environments, while both partitions stack neatly into pocket doors to maintain a clean and uncluttered appearance.
“The glass moveable wall has transformed the workspace — providing privacy while still allowing the space to open up for collaboration and creativity,” adds David Vaal.
An integrated automatic track blocker further enhances acoustic performance by reducing sound transfer at partition junctions and ensuring effective separation when required.
Updated Autex finishes across partitions and surfaces further strengthen both the acoustic performance and visual consistency of the project.
The success of the Chancery Place fit-out was driven by close collaboration between all project partners and careful delivery from concept through to completion.
“From concept through to completion, the outcome has fully lived up to expectations,” says David Vaal, “creating a space that reflects both innovation and quality.”
The final result is a workplace that performs as well as it looks — balancing acoustics, flexibility and contemporary design to support focus, collaboration and an enhanced user experience.
Want to see the full project in more detail? Explore the complete Chancery Place case study to discover how bespoke acoustic solutions, flexible partitions and considered design came together to create a high-performance modern workspace.
Photo credit www.sgphotography.co.uk Copyright SG photography Ltd.
2026 © Style Group
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.
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.
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