Hospitals · clinics · consultation rooms · wards · rehabilitation centres · nursing and mental-health spaces

Healthcare & Wellness

A healthcare acoustic system that protects clinical speech privacy, supports rest and recovery, keeps alarms intelligible, and meets demanding hygiene and safety requirements.

The acoustic challenge

What the space needs

Clinical conversations require privacy, while corridor activity, nurse stations, alarms, equipment and hard cleanable finishes increase background noise and reflections that can disturb rest and recovery.

Recommended strategy

A coordinated approach from room surfaces to sound paths.

Combine cleanable high-performance absorption with full-height sealed privacy constructions, source isolation for equipment and services, and carefully zoned alarm coverage.

Protect medical speech and patient privacy

Reduce night-time background noise and sound propagation

Control equipment vibration and building-services noise

Balance alarm intelligibility with patient comfort

Technical framework

Design every layer as one coordinated system.

Each workstream must be developed together so materials, junctions, services and system performance remain continuous from design through commissioning.

Applicable spaces

Hospitals, clinics, consultation rooms, patient wards, rehabilitation centres, nursing facilities and mental-health spaces.

Main acoustic problems

Doctor-patient communication and medical-record information require reliable speech privacy.
Corridors, nurse stations, equipment and alarm sounds can interfere with rest and recovery.
Extensive easy-clean hard surfaces cause reflections and sound build-up.
Acoustic materials must satisfy cleaning, durability, safety and indoor-environment requirements at the same time.

Design strategy

Install high-efficiency absorptive ceilings and targeted wall absorption in waiting areas, nurse stations and corridors to shorten the distance over which sound remains intelligible.
Extend consultation-room, counselling-room and ward partitions to the structural slab, and match doors, observation windows and ductwork to the performance of the surrounding wall.
Separate equipment-noise sources from rest areas and use vibration isolation and attenuation for pumps, plant and treatment equipment.
Specify wipeable, low-fibre-shedding acoustic materials that tolerate disinfection; select products for clean or specialist medical areas according to the applicable professional hygiene requirements.
Zone alarm systems and coordinate sound levels so warnings remain clearly identifiable without being unnecessarily disruptive.

Recommended material systems

Cleanable absorptive ceilings, scrub-resistant wall absorbers, and microperforated or perforated composite acoustic panels.
High-airtightness acoustic doors, sound-insulating pipe wraps, equipment vibration isolation and complete acoustic sealing systems.

Acceptance priorities

Verify clinical speech privacy between consultation, counselling, treatment and circulation spaces.
Measure night-time background noise and equipment vibration noise in patient rest areas.
Confirm alarm intelligibility, appropriate sound levels, and the cleanability and safety of installed acoustic materials.

System principle

Healthcare acoustics must support privacy, recovery, clinical communication and infection-control procedures together. Absorption, sound isolation, services, alarms, equipment vibration and cleanable finishes should be coordinated as one safe operational system.

Suitable systems