Anti-static raised flooring features steel cementitious panels with anti-static finishes like HPL, conductive PVC or ceramic tile. Edge trims protect panels. And trimless panel is also available. Whole system includes pedestals, stringers and other accessories.
ZILI’s all steel raised floor tiles for data center are engineered with reinforced structures to support high-density server racks. These high-performance raised floor tiles utilize a cold-rolled steel shell and a non-combustible cement core, ensuring exceptional structural integrity and vibration control for mission-critical IT facilities.
All steel raised floor tiles for data center Application
1. Server & Equipment Racks Areas
The core application area. Server halls house dense racks of IT equipment which demand both high structural support and static protection. Our tiles provide the stable, load-bearing platform required, while their anti-static properties safeguard against ESD risks, ensuring stable operations.
2. Data Centre Cooling & Utility Rooms
Essential for maintaining environmental control. These areas require floors that can withstand the pressure of cooling units and utility infrastructure. The moisture-proof and durable nature of our tiles makes them ideal to support the critical cooling systems that keep data centers at optimal temperature.
3. Network Operations Centers (NOCs)
These 24/7 monitoring hubs need stable and clean environments for sensitive network equipment. The wear-resistant and easy-to-clean features of the floor help maintain a professional and dust-free workspace, supporting continuous monitoring and management.
4. Data Centre Entrances & Distribution Rooms
High-traffic zones that benefit from the durability and easy maintenance of these tiles. They provide a durable, clean transition for personnel and equipment, while the anti-static feature maintains a safe electrical environment for critical systems.
Characteristics of All steel raised floor tiles for data center
1. Superior Load-Bearing Strength
Made with all-steel sheet and solid cement infill, the tiles can uniformly support the weight of dense server racks, UPS systems, and cooling units. Their rigid structure prevents deformation, ensuring long-term structural integrity even under continuous heavy loads.
2. High-Efficiency Anti-static
Utilizing a professional anti-static surface, these tiles effectively dissipate static electricity to the ground. This eliminates the risk of electrostatic discharge (ESD) damaging sensitive electronic components and ensures safe operation in high-density electrical environments.
3. Optimized for Airflow & Cooling
The panels are designed to integrate with underfloor air distribution systems. Their smooth, flat surface facilitates unobstructed cold air circulation to server inlets, optimizing cooling efficiency and reducing overall energy consumption for the data center.
4. Cable Management & Accessibility
The modular design allows for easy removal. This simplifies the installation, routing, and maintenance of power and data cables, streamlining the data center's infrastructure management.
5. Low Maintenance & Durability
Wear resistance, dust accumulation, and common chemicals, the floor requires minimal upkeep. Its robust composite structure is built to last, providing a cost-effective and reliable long-term solution for high-demand data center spaces.
Why Choose us for Your Raised Floor Needs?
1. Own Factory & Direct Supply
We own our professional production base, ensuring stable quality, competitive pricing, and reliable on-time delivery.
2. 30 Years of Manufacturing Experience
With 30 years of expertise in raised flooring manufacturing, we have mature technology and strict quality control.
We provide tailored, practical flooring solutions from design and product selection to installation support.
4. Strong Quality & Professional Service
We focus on stable performance, long service life, and full-service support for long-term win-win cooperation.
Load Capacity
Type
Size
Concertrated Load
Defleation≤2.5mm
Uniform Load
Ultimate Load
System Resistance
mm
LBS
KN
KG
KN/m2
KN
Ω
FS662
600*600
(610*610 is optional)
662
2.95
300
12.50
8.85
1.0 × 10⁶ – 1.0 × 10⁹
FS800
800
3.56
363
16.10
10.68
FS1000
1000
4.45
454
23.00
13.35
FS1250
1250
5.56
567
33.00
16.68
FS1500
1500
6.67
680
34.50
20.02
FS2000
2000
8.90
906
46.00
26.70
FAQ
Q1: What does the "static-dissipative" range (1.0 × 10⁶ – 1.0 × 10⁹ Ω) actually mean?
A1: This specific electrical resistance range is the industry standard for safety and performance. It is low enough to slowly and safely "dissipate" (or drain) static electricity from personnel and equipment, preventing a harmful ESD spark. At the same time, it is high enough to not be "conductive," which protects personnel from the risk of serious electrical shock.
Q2: What kind of finishes can I choose for this All steel raised floor tiles for data center?
A2: We offer a wide variety of factory-applied finishes to meet your needs. The most popular choices for anti-static environments are High-Pressure Laminate (HPL) and Conductive Vinyl (PVC). We can also provide other finishes, such as rubber, or bare-finish panels if you wish to apply your own carpet tiles.
Q3: What is the core material of All steel raised floor tiles for data center?
A3: The core is made of a high-density, cement-like slurry (cementitious fill) that is completely encased in a steel shell. This "steel cementitious" construction is what gives the panel its exceptional load capacity, solid feel underfoot, and Class A fire rating.
Q4: Can this floor (FS662-FS1500) support heavy server racks?
A4: Absolutely. The FS662-FS1500 model range is specifically engineered for high-load environments like data centers. These panels are designed to handle significant static loads (like heavy racks) and rolling loads (like equipment carts). We can provide detailed technical data sheets for each model's specific load ratings.
Q5: Can I customize the height of the underfloor space?
A5: Yes. The finished floor height is determined by our adjustable pedestal system. We can provide pedestals to create almost any height you require, from just a few inches for cable management to several feet for underfloor air distribution (plenum).
