Steel Cementitious Data Center Raised Floor

Heavy-Duty Raised Access Flooring for Server Rooms, Data Centers & IT Equipment Spaces
FINECO Steel Cementitious Raised Access Floor is an engineered system designed for data centers, server rooms, control facilities, and technical spaces where heavy equipment loading, cabling management, ESD control, and service accessibility are critical.
The system combines a formed steel shell with a cementitious core and an adjustable steel pedestal understructure. It provides a secure cavity for power and data routing while allowing individual panels to be lifted for maintenance and future modifications.

Steel Cementitious Data Center Raised Floor must support concentrated equipment loads, maintain structural stability, and integrate seamlessly with thermal and electrical requirements. FINECO steel-cementitious systems are engineered to meet global standards, including CISCA and EN 12825 specifications.
Panels consist of a welded steel structure filled with a high-density cementitious core, supported by an adjustable pedestal and stringer grid. Surface finishes are tailored to project requirements, including anti-static HPL and conductive PVC.

High Load-Bearing Capacity: Engineered for heavy server racks, network cabinets, and UPS units when matched with the correct load class.
Stable Composite Structure: The outer steel shell provides structural integrity, while the cementitious core eliminates hollow sounds, adds mass, and ensures long-term dimensional stability.
Accessible Service Cavity: The raised plenum routes power, data, and communication cables while keeping infrastructure accessible for modifications.
ESD Performance: Surface resistivity options range from 10⁶ to 10⁹ ohms using anti-static HPL or conductive PVC finishes.

Technical environments experience diverse stress conditions that go beyond evenly distributed weights. System selection must account for multiple load parameters:
Concentrated Load: Evaluates performance under rack feet and cabinet points (typically tested at 2.5 kN to 4.5 kN+).
Uniform Distributed Load (UDL): Measures overall panel surface rigidity and weight distribution.
Rolling Load: Critical for data centers handling heavy wheeled server carts and replacement machinery.
Impact & Ultimate Load: Accounts for dynamic installation shocks and structural safety margins beyond operational thresholds.

Target Technical Environments
Data Centers & Server Rooms: Supports high-density server racks and structured cable pathways.
Telecommunications & Network Hubs: Manages complex bundles of fiber optic and high-speed communication lines.
Control Rooms & 24/7 Monitoring Facilities: Delivers stable, vibration-resistant flooring for control consoles and technical workstations.
UPS & Battery Backup Rooms: Heavy-load configurations engineered for heavy electrical equipment and battery storage cabinets.

The subfloor cavity functions as a service plenum for high-density power and fiber-optic routing. For thermal management, solid panels integrate seamlessly with perforated airflow panels to support UFAD cooling architectures.

Manufacturing Quality Control

• Raw Material Verification: Incoming cold-rolled steel is rigorously checked for thickness, strength, and chemical composition.
• Precision Forming & Filling: Automated stamping and controlled cementitious injection ensure uniform panel core density and structural integrity.
• Batch Testing: Regular verification of load deflection, surface flatness, and electrical resistance per CISCA and EN 12825 standards prior to dispatch.

Comprehensive After-Sales Commitment

• Technical Guidance: Detailed shop drawings, installation manuals, and remote engineering assistance provided for site contractors.
• Warranty Protection: Standard structural and manufacturing defect warranty backed by dedicated B2B project support.
• Replacement & Spares Support: Readily available inventory for matching panels, pedestals, and accessories to support future facility expansions.