01 / Product Positioning
Data Center Raised Access Floor for Cooling System
Solid and perforated panels, pedestals, stringers, grounding and perimeter sealing create a controlled void for cooling air, power and data cabling and equipment maintenance.
02 / Application-specific value
Advantages for Cooling System
Complete Raised Floor System
Solid and perforated panels, pedestals, stringers, grounding, and perimeter sealing create a unified structural system for data center environments.
Multi-Utility Void Solution
Forms a controlled void for cooling air, power and data cabling routing with equipment maintenance access.
Optimized Cooling Strategy
Supports cold-aisle strategy and heat load management for efficient thermal performance.
Comprehensive Selection Criteria
Includes configurable building use, finished floor level, void height, cable capacity, concentrated and uniform loads, partition locations, finish system, maintenance frequency, and installation programme.
03 / Composition and surface options
Inorganic core, reinforcing layers and finishing surfaces
The system zones solid, perforated and access panels and uses pedestals, stringers and grounding details to maintain stability and electrical continuity.
04 / Key features
Performance defined for the confirmed model
| Feature | Final Product Information |
|---|---|
| System positioning | Solid and perforated panels, pedestals, stringers, grounding and perimeter sealing form a common platform for airflow, cabling, load support and maintenance in data centres. |
| Functional zoning | Solid, perforated and access panels must be zoned around racks, cold aisles, cable trays and maintenance routes. |
| System load performance | Panel grade, pedestal and stringer arrangement, equipment feet and transport routes must be checked as one load-support system. |
| Product boundary | Panel data alone cannot prove airflow efficiency, grounding continuity or room-wide anti-static performance. |
