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Sistemas de pisos de sala limpia
Antistático HPL piso de acceso elevado
A removable cement-filled steel access-floor panel finished with antistatic high-pressure laminate for cable access, grounded continuity and durable technical-room service.
- Antistatic HPL Finish
- Removable 600 mm Modules
- Grounded Steel Shell
- Underfloor Service Access
Introducción del producto
The antistatic HPL raised access floor combines a welded steel shell, cementitious infill and a factory-laminated high-pressure laminate surface. Square panels rest on adjustable steel pedestals and, where required, bolted stringers, forming an accessible void for cables and utilities. The metal panel body and understructure are bonded into the grounding network, while the antistatic HPL limits charge accumulation at the walking surface. Integral edge trim protects the laminate and allows individual panels to be lifted without disturbing adjacent modules.
Características clave
A welded steel shell and cementitious fill give the module stiffness for rolling equipment and concentrated loads.
Each 600 mm panel remains removable for inspection or changes within the underfloor service zone.
Continuous metal-to-metal bonding through panels, pedestals and grounding conductors supports static control.
Preocupaciones del producto del cliente
A technical-room floor must provide service access and static control without loose surface tiles or poorly grounded panel joints.
Cable changes require cutting or demolishing a fixed finished floor.Individual 600 mm modules lift from the pedestal grid to expose the service void.
Standard laminate allows uncomfortable static buildup around sensitive equipment.Antistatic HPL and a bonded metal understructure provide a controlled path for accumulated charge.
Applied surface tiles peel at panel edges during repeated access.Factory lamination and integral edge trim protect the HPL when panels are lifted and replaced.
Light panels rock under rolling cabinets or concentrated equipment feet.Cementitious-filled steel construction and optional stringers improve stiffness across the grid.
Aplicaciones típicas
Cleanroom control roomsData and instrumentation roomsLaboratory equipment support areasElectronic manufacturing support spacesBuilding automation and monitoring rooms
Parámetros técnicos
Representative dimensions and material values for an antistatic HPL-faced steel access-floor panel are provided below.
| Materiales Core | Welded formed-steel shell filled with dense cementitious compound |
|---|---|
| Panel de espesor | 35–41 mm overall panel thickness including HPL finish |
| Ancho efectivo | 600 mm nominal modular panel width |
| Longitud máxima | 600 mm nominal modular panel length |
| Acero frente a espesor | 0.7–1.0 mm formed top and bottom steel sheets, depending on load grade |
| Densidad Core | Approximately 1900–2200 kg/m³ for the cementitious infill |
| Conductividad térmica | Approximately 0.8–1.4 W/(m·K) for the cementitious core |
| Superficie acabada | 0.9–1.6 mm antistatic HPL with sealed decorative face and integral edge trim |
| Tipo conjunto | Removable square-edge panels supported on grounded steel pedestals with optional bolted stringers |
| Customization | Disponible según la aplicación prevista y el entorno operativo. |
Opciones disponibles
Antistatic or dissipative HPL resistance rangeLight, medium or heavy load gradeFreestanding or stringered pedestal gridIntegral grommets, cable cutouts and grounding leads
Planning a Antistatic HPL Raised Access Floor specification?
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