Steel Cementitious Ventilated Raised Floor

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Steel Cementitious Ventilated Raised Floor
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FINECO Steel Cementitious Ventilated Raised Floors are engineered for mission-critical environments requiring robust structural support alongside precision-controlled underfloor airflow. Combining a formed steel panel shell with a high-density cementitious core, the system offers a durable modular platform with customizable ventilated panels (600 × 600 mm) designed to optimize thermal management, equipment weight distribution, and underfloor service access.
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Steel Cementitious Raised Flooring
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Description

Steel Cementitious Ventilated Raised Floor

 

High-Load Ventilated Raised Access Flooring for Data Centers & Critical Facilities

FINECO Steel Cementitious Ventilated Raised Floors are engineered for mission-critical environments requiring robust structural support alongside precision-controlled underfloor airflow. Combining a formed steel panel shell with a high-density cementitious core, the system offers a durable modular platform with customizable ventilated panels (600 × 600 mm) designed to optimize thermal management, equipment weight distribution, and underfloor service access.

 

Technical Specifications

 

Performance Parameter

FINECO Specification

Panel Dimensions

600 × 600 × 30 / 35 mm

Core Material

High-Density Cementitious Infill

Free-Air Open Area

18%, 25%, 32% (Up to 38% on request)

Airflow Control

Optional mechanical sliding dampers

Concentrated Load

3.0 kN to 4.5 kN (Grade A / B)

Uniform Load

≥ 15,000 N/m²

Ultimate Load

≥ 9.0 kN to 13.5 kN

Rolling Load Test

Pass (10,000 passes up to 2.5 kN caster wheels)

Max Deflection

≤ 2.0 mm under working load

Surface Resistance

1 × 10⁶ to 1 × 10⁹ Ohms (Anti-Static HPL)

Fire Classification

Class A1 (Core) / Flame Spread Index Class 0 (Surface)

 

Product Structure

 

Composite Shell: Formed high-grade steel top and bottom sheets encasing the internal core to protect against impact and environmental wear.
Internal Core: Dense cementitious compound filling that enhances dimensional stability and minimizes floor vibration.
Load Transfer Design: Integrated welded steel reinforcements that direct concentrated and rolling loads toward the pedestal supports.
Substructure System: Heavy-duty adjustable steel pedestals and stringers that create a stable, level underfloor service cavity.

 

Product Advantages

 

Composite Structural Rigidity: Built with formed high-grade steel shells and a dense cementitious core, preventing deformation and ensuring long-term load stability.
Precision Airflow (UFAD): Customizable open-area ventilation rates (18% to 35%) deliver conditioned air directly to high-thermal zones to optimize PUE.
Modular Mixed Layout: Allows seamless combination of solid and ventilated panels, adapting easily to shifting server hot spots with optional mechanical dampers.
Heavy-Duty Load Capacity: Engineered for high-density environments, offering up to 4.5 kN concentrated load and 13.5 kN ultimate load performance.

 

Quality Control

 

Raw Material Inspection: Strict incoming checks on steel sheet thickness, core density, and surface laminate quality.
Dimensional Precision: Automated and manual checks ensuring exact 600 × 600 mm panel tolerances, flatness, and squareness.
Rigorous Performance Testing: Systematic factory tests covering concentrated load, rolling load, airflow efficiency, and surface electrical resistance.
Standard Compliance Verification: Quality assurance protocols aligned with international benchmarks such as CISCA and EN 12825 specifications.

 

Product Applications

 

Data Centers & Cloud Facilities: Underfloor air distribution, cold-aisle containment, and heavy rack support.
Telecom & Network Hubs: Equipment load-bearing and targeted thermal management for server and switch rooms.
Control & Command Rooms: Integrated cable management and durable, ergonomic flooring for 24/7 technical environments.
Precision Labs & Technical Facilities: Clean and controlled environments requiring strict static discharge and environmental regulation.

 

After-Sales Service & Support

 

FINECO provides comprehensive global after-sales support to ensure seamless project execution and long-term facility performance:
Technical Guidance: Detailed installation manuals, instructional videos, and remote engineering assistance for site installation teams.
Warranty Coverage: Standard manufacturer warranty covering structural integrity, core performance, and surface laminate durability.
Replacement & Spare Parts Support: Dedicated supply of matching replacement panels, pedestals, and accessories for future layout expansions or maintenance.
Responsive Communication: Fast-track engineering support and logistics tracking to resolve any post-delivery or installation inquiries promptly.

 

Frequently Asked Questions

Q: Can ventilated and solid panels be used together in the same project?

A: Yes. A hybrid layout combining solid and ventilated panels is standard practice to direct airflow precisely to high-heat server zones while keeping non-critical areas solid.

Q: Are the ventilation rates adjustable?

A: Standard ventilation rates range from 18% to 35% based on panel design, and optional mechanical sliding dampers can be added for adjustable airflow control.

Q: What compliance standards do FINECO raised floors meet?

A: Our systems are manufactured in compliance with major international testing benchmarks, including CISCA and EN 12825 specifications.

Q: What documentation is provided for orders?

A: We supply comprehensive technical datasheets, installation instructions, CAD layout assistance, and relevant factory test reports (load, fire, and ESD) upon request.

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