A Steel Raised Floor is an elevated flooring system constructed primarily with steel panels and a supporting substructure.
It provides a durable and strong solution for modern office spaces, data centers, and server rooms.
Steel Raised Floors are designed to accommodate cabling, electrical wiring, HVAC ducts, and other utilities beneath the floor surface.
This type of access floor offers high load-bearing capacity and long-term stability compared to traditional flooring systems.
The primary components include steel floor panels, adjustable pedestals, stringers, and edge trims.
Steel panels are typically coated with anti-corrosion finishes for durability and wear resistance.
Pedestals support the panels and allow precise height adjustments to create a uniform raised floor surface.
Stringers provide additional lateral stability and help distribute heavy loads evenly.
Panels are usually made of cold-rolled steel or galvanised steel sheets.
Some panels are also filled with a high-density calcium sulphate or cement core to improve fire resistance and acoustic performance.
The top surface may be finished with laminate, vinyl, carpet, or anti-static coatings depending on the application.
Steel Raised Floors offer superior durability and strength, making them ideal for heavy-duty applications.
They allow flexible access to electrical and data cabling, cooling systems, and plumbing, simplifying maintenance and future upgrades.
Steel access floor panels are also fire-resistant and provide excellent load-bearing capabilities.
Raised access flooring can improve airflow management in data centers, contributing to energy efficiency and thermal control.
Steel Raised Floors are widely used in data centers, server rooms, IT rooms, and control centers.
They are also suitable for office buildings, conference rooms, clean rooms, and trading floors.
Any environment that requires organized cable management, airflow control, or heavy equipment support can benefit from steel raised flooring solutions.
Installation involves positioning adjustable pedestals on the subfloor, arranging stringers if needed, and laying the steel panels on top.
Panels are locked into place to ensure a flat, stable surface.
The height of the floor can be adjusted to accommodate underfloor cabling, HVAC ducts, or other utilities.
Professional installation ensures structural integrity, load distribution, and optimal access for maintenance.
Yes, the pedestal system allows adjustable heights, typically ranging from 50mm to 1200mm.
This flexibility enables customization for different building layouts, cable management requirements, and airflow design.
Adjustable steel access floor solutions can also adapt to future renovations or technology upgrades.
Load capacity varies based on panel thickness, core material, and pedestal design.
Standard steel raised access flooring panels can support uniform loads of 5 kN to 12 kN or more.
Concentrated load ratings are also high, making them suitable for server racks, heavy office furniture, and industrial equipment.
Raised floors create a plenum between the subfloor and panel surface, which allows for efficient air distribution.
Cooling air can be delivered through perforated panels directly to hotspots, reducing energy consumption.
Steel access floor panels enhance thermal management while supporting heavy IT equipment, improving overall data center efficiency.
Yes, steel panels combined with fire-resistant core materials can meet strict fire safety standards.
Many steel access floor systems are tested to resist high temperatures and prevent flame spread.
This makes them suitable for offices, data centers, and industrial facilities where fire safety compliance is critical.
Regular cleaning and inspection are essential to maintain performance.
Remove dust and debris from the panels and subfloor to prevent airflow blockage and corrosion.
Check for loose panels or pedestals and tighten as necessary.
Steel access floor panels are durable, but protective coatings may require occasional touch-ups to preserve appearance and anti-static properties.