Robert Half Protiviti, London

In the hallways, SAS320 mesh (SAS-DL60) lay-in panels in RAL 9010 form a series of defined ceiling bands that run through the circulation areas, reinforcing direction and movement. Integrated lighting is set within these zones, working alongside the mesh to shape how the ceiling is read along longer routes. This breaks up the ceiling plane and introduces a subtle shift in texture and light, helping long corridor runs feel more varied and visually engaging. Bespoke rounded-edge panels were introduced to align with the wider architectural intent, echoing the softened corners of the corridor bends and helping the ceiling feel more continuous and less abrupt. The system is neatly set within a plasterboard trim, which frames the layout and allows the ceiling to sit cleanly within a defined boundary.

In contrast, the canteen features SAS740 in RAL 9016 running parallel with the tables and seating, reinforcing the layout and bringing a sense of order and structure to the space. The linear ceiling system works in harmony with the furniture arrangement, helping to organise the dining area below. To support acoustic control within this more active environment, SAS740 is fitted with infill panels, helping to absorb sound and reduce reverberation while maintaining the openness of the system above. Integrated lighting is also seen between the linear tiles, ensuring the room stays uniformly lit.

Together, the two ceiling approaches establish a clear contrast between movement and rest, while still maintaining a consistent overall design. The circulation areas are kept softer and more varied, using subtle changes in texture and lighting to take the edge off long routes through the building. In contrast, the canteen is more structured and rigid, with a stronger linear approach that helps organise the space. Across both, the ceiling systems are integrated with lighting and finishes so the workplace feels complete, while remaining practical and adaptable for future use within one of London’s most recognisable buildings.