Clean Room Systems / Product
Product Detail
Sealed modular clean room ceiling system coordinated for FFU, HEPA filters, lighting and air distribution in pharmaceutical, electronics and laboratory facilities.
| System type | Suspended modular clean room ceiling |
| Panel thickness | 50, 75 or 100 mm depending on span and system |
| Typical module | 980 or 1180 mm panel grid; service grid by project |
| Panel core options | Rock wool, MGO composite, aluminum honeycomb or approved alternative |
| Ceiling frame | Aluminum or steel suspension grid |
| Integrated services | FFU, HEPA terminal, LED light, diffuser, return grille and access panel |
| Joint finish | Sealed flush joint with cleanable trim |
| Suspension | Independent threaded rods or engineered support members |
| Maintenance loading | Defined by structural design; not automatically walkable |
| Applications | Semiconductor, pharmaceutical, medical device and laboratory rooms |
A modular clean room ceiling is the coordination plane for filtration, lighting, air distribution and maintenance access. Panels and grid members are arranged around FFU or HEPA modules so service openings do not weaken the enclosure or create irregular joints.
The ceiling must be designed as a supported system rather than a collection of panels. Suspension points, equipment weights, room pressure and access loads are reviewed together before the reflected ceiling plan is released for production.
FFU units, terminal filters, lights and diffusers should follow a defined grid that supports air-change and coverage requirements. Openings are framed so equipment loads transfer to the suspension system instead of bearing on unsupported panel edges.
Filter replacement routes and access clearances must remain practical above the ceiling. In facilities with limited plenum height, service sequence should be reviewed before fixing the final grid.
Ceiling joints and service frames are sealed to limit bypass leakage. Suspension rods are set out independently from ducts and cable trays unless the engineering design states otherwise. The term walkable should only be used when a tested or calculated loading system is provided.
Inspection covers grid level, panel damage, sealant continuity and equipment frame fit. Pressure or leakage testing can then evaluate the completed room envelope according to the project commissioning plan.
Modular ceilings are used in semiconductor bays, sterile filling support areas, medical-device production, biotechnology laboratories and other controlled rooms with dense overhead services. Matching wall panels and doors create a coordinated enclosure package.
FFU loads should transfer to the designed grid or independent supports. Unsupported panel edges should not carry equipment weight.
No. Walk-on capacity must be specifically designed and stated. Standard ceiling panels should not be used as a maintenance platform without approval.
Openings use reinforced frames, gaskets and compatible sealant so modules can be installed and serviced without leaving uncontrolled gaps.
The choice depends on span, weight, fire strategy, access loading and room use. Aluminum honeycomb, rock wool and reinforced composite cores each suit different conditions.
Provide the reflected ceiling plan, room dimensions, equipment schedule, weights, suspension points, ceiling height and access requirements.
