Inglés
Alemán
El árabe
Francés
Idioma indonesio
El japonés
Coreano
El malayo
El portugués
El ruso
EspañolCurrent
Tailandés
El turco
El vietnamita
FFU y equipos de purificación de aire terminal
Sistema de cuadrícula de techo FFU
A sealed modular T-grid structure that coordinates FFUs, lights, blank panels and service modules while transferring their loads to wall supports or suspension rods.
- Modular FFU Bays
- Factory-Applied Gaskets
- Integrated Utility Support
- Replaceable Grid Components
Introducción del producto
The FFU ceiling grid system uses interlocking aluminium or stainless profiles to create repeatable bays for fan filter units, LED panels, blank tiles and utility penetrations. Factory-applied closed-cell gaskets seal the underside contact line, while splice clips, corner keys and hanger points maintain alignment across the ceiling field. Standard module pitches accept common FFU formats, and partial bays can be fitted with sealed infill panels. The system provides a coordinated structural and sealing interface; it does not replace the independent building structure required to carry the calculated ceiling loads.
Características clave
Continuous closed-cell gasketing limits bypass paths between the grid and drop-in components.
Interlocking splice hardware keeps exposed ceiling lines straight without bulky room-side fasteners.
Dedicated suspension and perimeter members separate component loading from cleanroom wall panels.
Preocupaciones del producto del cliente
A dense FFU ceiling must remain sealed and visually aligned while carrying many service modules and still permitting future reconfiguration.
Small dimensional errors accumulate across a large ceiling and prevent FFUs from dropping into their bays.Factory-sized main runners, cross tees and positive splice keys hold a repeatable module pitch.
Air leaks through hard contacts between filters, lights and bare T-bar flanges.A continuous closed-cell gasket creates a compressible seal beneath each drop-in component.
Replacing one FFU requires dismantling neighbouring ceiling sections.Independent bays and removable hold-down hardware allow a single module to be lifted or lowered.
Uncoordinated lights and service penetrations overload isolated grid members.Load paths, suspension points and utility bays are arranged within one ceiling support layout.
Aplicaciones típicas
Semiconductor ballroom ceilingsModular pharmaceutical cleanroomsMedical-device production suitesAerospace assembly clean zonesResearch laboratory cleanrooms
Parámetros técnicos
Typical material and module ranges for a gasketed FFU ceiling grid system are shown below.
| Materiales Core | 6063-T5 aluminium T-grid profiles with steel suspension rods and closed-cell PE or EPDM gaskets |
|---|---|
| Panel de espesor | 38-75 mm nominal grid web depth |
| Ancho efectivo | 600-1200 mm standard module pitch with metric or imperial bay layouts |
| Longitud máxima | Up to 6000 mm continuous primary runner length before a mechanical splice |
| Acero frente a espesor | 1.0-2.0 mm galvanized steel support plates or stainless component trays where fitted |
| Densidad Core | 30-80 kg/m³ nominal density of the closed-cell perimeter gasket |
| Conductividad térmica | 0.035-0.060 W/(m·K) for the closed-cell grid sealing gasket |
| Superficie acabada | Cleanroom-white powder-coated aluminium, clear anodized aluminium or brushed 304 stainless steel |
| Tipo conjunto | Interlocking T-bar splice clips and corner keys with gasketed drop-in module seats |
| Customization | Disponible según la aplicación prevista y el entorno operativo. |
Opciones disponibles
600 × 600 or 600 × 1200 mm baysWall-supported or rod-suspended layoutPowder-coated aluminium or stainless finishFFU, light, blank panel and utility modules
Planning a FFU Ceiling Grid System specification?
Envíenos sus dimensiones, condiciones de instalación, objetivos de rendimiento y acabado superficial requerido.
