FINECO Steel Cementitious Heavy-Duty Raised Floor
High-Load Raised Access Flooring for Data Centers, Industrial Facilities & Mission-Critical Environments
FINECO Heavy-Duty Raised Floor systems are engineered for environments where standard access flooring cannot support intense concentrated loads, rolling traffic, or rigorous maintenance conditions. Combining a welded steel shell with a dense cementitious core, the system provides a rigid, modular platform while maintaining an accessible underfloor cavity for power, data, and HVAC services.
Project Load Configuration
Heavy-duty flooring must be specified based on actual structural demands rather than nominal ratings. FINECO configures systems per project parameters:
|
Engineering Parameter |
FINECO Specification Range |
|
Panel Dimensions |
600 × 600 mm / 610 × 610 mm / Custom |
|
Panel Thickness |
30 mm – 38 mm |
|
Concentrated Load |
4.45 kN to 6.67 kN+ (1000 to 1500 lbf+) |
|
Uniform Distributed Load |
Up to 20 kN/m² |
|
Rolling Load |
Engineered per wheel load and cycle frequency |
|
Safety Factor |
Ultimate load > 3x rated capacity |
|
Finished Floor Height (FFH) |
150 mm to 2000 mm+ |
|
Surface Options |
HPL, PVC, Bare Steel, ESD Conductive |
|
Understructure |
Heavy-gauge adjustable steel pedestal & stringer grid |
|
Fire Classification |
Non-combustible core (ASTM E84 / EN 13501-1) |
Key Product Advantages
High Concentrated Load Performance: Engineered to safely withstand severe point loads from heavy server racks, UPS systems, and industrial cabinets without structural deflection.
Rolling Load Endurance: Built to withstand frequent movement of equipment carts and heavy trolleys without wheel-track fatigue or delamination.
Acoustic & Vibration Damping: The high-density cementitious core eliminates the hollow metallic resonance common in all-steel panels, providing a solid, quiet walking experience.
Superior Fire Resistance: Non-combustible core materials provide vital safety compliance for mission-critical technical rooms and data centers.
Full Accessibility & Service Flexibility: Individual panels can be removed instantly to reconfigure underfloor power, network cables, and HVAC distribution without disrupting operations.
Panel Engineering & Construction
Welded Steel Shell: Formed upper and lower steel sheets welded together, incorporating reinforced geometry for optimal load distribution.
Cementitious Core: Filled with a high-density cementitious mortar to increase structural mass, eliminate hollow resonance, and boost impact resistance.
Corrosion Protection: Steel components receive an epoxy or powder-coated finish suited to environmental requirements.
Applications & Technical Performance
Data Centers & Server Rooms: Supports high-density server racks, UPS systems, and battery banks while housing underfloor power and cooling distribution.
Electrical & Control Rooms: Provides a rigid platform for heavy switchgear, transformer cabinets, and automation panels.
Industrial & Telecom Facilities: Designed for equipment-heavy operational hubs requiring structured cable routing and high load endurance.
System Components & Installation Sequence
A complete FINECO installation functions as an integrated structural assembly:
Subfloor Preparation: Concrete slab inspection and laser-leveled grid layout.
Adjustable Pedestals: Heavy-gauge steel columns establishing the finished floor height.
Stringer Grid: Bolted or snap-on steel profiles locking pedestals for lateral stability.
Panel Placement: Steel cementitious panels laid onto the grid.
Accessories: Integration of airflow grilles, cable grommets, and perimeter trims.
Global Manufacturing & Quality Control
With over 15 years of specialization in mission-critical access flooring, FINECO supports projects across 50+ countries:
Strict Quality Control: Automated steel stamping, robotic welding precision checks, and cementitious core-curing inspections.
Export Packaging: Fumigation-free wooden pallets, corner protection, and moisture-barrier wrapping built for containerized ocean freight.
Documentation Support: Certified load test reports, fire performance certificates, shop drawings, and complete installation manuals.
Project Specification Checklist
To receive an accurate engineering proposal, please provide:
- Equipment type and maximum concentrated load.
- Rolling load requirements (trolley weight and traffic frequency).
- Required finished floor height (FFH) and service cavity depth.
- Surface finish and ESD/antistatic performance needs.
- Seismic or special airflow requirements.
Frequently Asked Questions
Q: What defines a heavy-duty raised floor?
A: It is classified by its verified resistance to high concentrated, rolling, and ultimate loads, achieved through steel-cementitious composite construction and reinforced understructures.
Q: Are anti-static finishes available?
A: Yes. Conductive and static-dissipative HPL or PVC finishes can be applied for ESD-sensitive environments like server rooms and control centers.
Q: Can FINECO provide independent test reports?
A: Yes. Full compliance packages, including CISCA and EN 12825 test reports, are supplied for engineering submittals
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