Par Essia Zarrouk
PET felt has become a common specification material. Here’s what the recycled content claim actually means, how performance is affected, and what architects should verify before specifying.
Par Essia Zarrouk
Ceiling variation is one of the most effective tools for spatial differentiation in open-plan environments. Here’s how baffle and raft ceiling systems create defined zones without physical division.
Par Essia Zarrouk
Acoustic comfort is a measurable component of occupant wellbeing. Here’s how ceiling specification contributes to WELL certification and the broader wellbeing design agenda.
Par Essia Zarrouk
Atmosphera® offers architects a configurable baffle ceiling system combining acoustic performance, open accessibility, and resolved installation logic. Here’s how the system works.
Par Essia Zarrouk
The circular economy isn’t just a procurement concept — it has direct implications for how architectural products are designed, manufactured, and specified. Here’s what it looks like in practice.
Par Essia Zarrouk
Pre-fabrication has transformed structural and facade construction. The same logic is now reshaping ceiling specification. Here’s what it means for programme, quality, and cost.
Par Essia Zarrouk
In hospitality environments, the ceiling is the largest continuous surface in the guest’s field of view. Here’s why it deserves the same design attention as the furniture specification.
Par Essia Zarrouk
Material content decisions at ceiling specification stage directly affect LEED credit calculations. Here’s a practical overview of how recycled content, Red List compliance, and EPDs factor in.
Par Essia Zarrouk
Learning environments require acoustic performance that supports speech intelligibility and reduces distraction. Here’s how the right ceiling specification addresses both.
Par Essia Zarrouk
Surface texture shapes spatial perception as much as form and proportion. Here’s how architects are using material depth — from 3D-knitted textiles to structured PET felt — to define interior character.
