Hospitals, schools, office buildings and commercial spaces have different requirements for suspended ceilings. When selecting a model, you should not just look at the price, but also consider sound absorption, fire protection, moisture resistance, cleaning, maintenance and construction period.

1. Hospitals and medical spaces

Clinics, wards and corridors need to control noise, facilitate cleaning and meet fire protection requirements. Moisture-proof boards should be selected for humid areas. Equipment belts and access openings should be easy to maintain, and the surface of the board should be resistant to wiping.

2. Schools and educational buildings

Classrooms focus on controlling reverberation and speech intelligibility, while corridors and multi-purpose halls must take into account both sound absorption and impact resistance. Keels and fixed points should be strengthened in high-traffic areas to reduce collision deformation.

3. Office buildings and commercial spaces

Open office areas are suitable for medium and high sound-absorbing ceilings, and commercial atriums and public corridors can be combined with aluminum square tubes, metal ceilings or molded panels. The layout of lamps, air vents and sprinklers should be coordinated with the board module.

4. Industrial and transportation facilities

Factories, garages and traffic spaces need to consider wind pressure, vibration, moisture and cleanliness. The structure of large-span areas should be reviewed, and independent lifting points and maintenance channels should be set up in equipment concentration areas.

5. Selection list

• Check fire protection, acoustics, moisture resistance and environmental protection indicators.
• Check the panel specifications, edge shape and surface scrub resistance.
• Confirm that the keel, lifting points and accessories meet the load requirements.
• Select systems based on maintenance intervals and replacement methods.

The goal of the application plan is not to select the most expensive materials, but to achieve a balance between space performance, construction costs and maintenance methods. Only by selecting according to the scene can you reduce the need for later modifications.