OA600 Steel Raised Access Floor
Product Overview
The OA600 steel raised access floor is widely applied in commercial office buildings, hotels, and other architectural environments due to its outstanding durability, high load-bearing capacity, and efficient cable management.
The floor panels are manufactured from high-quality steel and filled with high-density cement, providing a solid and stable surface that easily accommodates frequent foot traffic and heavy equipment loads. Installed as an integrated system, the panels are firmly interconnected, ensuring excellent structural stability and operational safety.
Suitable for offices, data centers, and control rooms, the OA600 steel raised floor offers clear advantages in maintenance and future upgrades, helping users create a safer, more efficient working environment.
Installation Method
After installation, the entire raised floor system remains stable and secure, with overall flatness strictly controlled within 3 mm across the full installation area, free from vibration or movement.
Panels are precision-cut and installed using standardized methods, ensuring long-term structural integrity and reliable performance.
All full-size panels can be individually removed and replaced. Even when some panels are temporarily removed for access, the system maintains its original performance and level condition.
Advantages
Easy Installation – Simple and efficient installation process helps reduce construction time and overall costs.
Low Maintenance Cost – Minimal daily maintenance requirements make it an economical flooring solution.
Easy Access for Inspection – Raised design allows convenient access to cables, electrical equipment, and other underfloor facilities, simplifying maintenance and system upgrades.
Excellent Fire Resistance – The OA600 steel raised floor provides strong fire-resistant performance, enhancing overall safety.
Recyclable & Eco-Friendly – Steel materials are recyclable, supporting sustainable and environmentally responsible construction.
Frequently Asked Questions
What is an OA600 steel raised access floor?
The OA600 steel raised floor is constructed with top and bottom cold-rolled steel sheets, each with a thickness of no less than 0.5 mm, filled with high-quality foamed cement. The four-corner support structure ensures excellent safety and stability.
Adequate underfloor space is reserved for the organized routing of power cables, data cables, and air-conditioning pipelines, combining high load capacity with easy maintenance—ideal for modern commercial and technical environments.
What are the benefits of using an OA600 steel raised floor?
High-quality steel construction ensures strength, durability, and long service life, while excellent fire resistance enhances overall building safety.
Effectively helps reduce ambient noise, improving comfort in offices and data centers.
Good thermal conductivity allows efficient cooperation with air-conditioning systems to maintain stable indoor temperatures.
Fast installation and simplified maintenance reduce labor requirements and overall lifecycle costs.
What is the load-bearing capacity of the OA600 steel raised floor?
The load-bearing capacity of the OA600 steel raised access floor depends on the thickness of the steel panels. In general, it can safely support approximately 600–1000 kg per square meter or more, fully meeting the requirements of offices, data centers, control rooms, and other high-load environments.
Can the OA600 steel raised floor be customized?
Yes. The OA600 steel raised access floor can be customized according to specific project requirements, including load rating, panel color, and other specifications.
Installation Process
Prepare the building subfloor to ensure it is level, clean, dry, and free of debris.
Install adjustable pedestals and set them to the designed height.
Lay the OA600 steel raised floor panels and secure them firmly in place.
Cut panels on-site as required to accommodate columns or other obstacles.
Install necessary accessories such as ramps, steps, and handrails.
Perform final inspection and testing to ensure the system complies with relevant standards and safety requirements.
