Full steel, independent four corners support structure. Lower plane is ST14 stretched plate, surface plane is SPCC hard steel painted with epoxy resin. Foaming cement infilled. Lock hole in four corners. Trunk aside by the panel, cables and wires goes in the trunk, easy to arrange and fix the cables and wires.
Optimized Cable Management for Technical Environments
This Trunking Bare Steel Raised Access Floor system specifically targets infrastructure projects requiring efficient underfloor cable routing. It caters to raised access flooring contractors and facilities managers looking for modular panel solutions that support flexible configurations. The system’s core design focuses on concealing wires and cables beneath the floor surface to streamline maintenance and reduce operational disruption. Its modular nature also allows easy reconfiguration during upgrades or expansions, particularly suited for data center raised floor environments and complex office layouts that demand rigorous cable organization and accessibility.
Advanced Structural and Load-Bearing Specifications
Engineered with an independent four-corner support system, this raised access floor features steel panels filled with cement and coated with epoxy resin for superior durability. The panels are available in two standard sizes—500×500×28mm and 600×600×33mm—with adjustable pedestals ranging from 60mm to 300mm in height to accommodate various structural ceiling clearances. Load capacities vary across model options, delivering uniform loads up to 34,500 N/m² and ultimate loads exceeding 20,000 N, ensuring compliance with stringent structural standards. Such specifications allow seamless integration into demanding environments requiring a stable and resilient concrete raised floor foundation while maintaining system agility.
Applications in Critical Infrastructure and Commercial Facilities
Widely utilized by raised access flooring manufacturers and contractors, this system excels in settings demanding reliable underfloor cable pathways and robust floor construction. It supports data centers, telecommunications rooms, and office fit-outs where uninterrupted access to electrical and data wiring is critical. The steel construction combined with cement infill improves impact resistance and long-term dimensional stability, facilitating installation in refurbishment projects and new construction alike. This solution enhances overall infrastructure resilience and operational efficiency, meeting industry standards for safety and serviceability in sophisticated building projects.
Design and System Integration Benefits
The design of this steel raised access floor system incorporates full-steel panels with cement infill, providing exceptional rigidity and structural integrity suited for heavy-duty applications. Its independent four-corner support structure enhances stability, diminishing deflection under load. Adjustable pedestals enable precise height alignment across uneven substrates, facilitating integration with existing structural elements including concrete raised floors. The embedded trunking beneath panels offers a concealed pathway for cables, supporting streamlined wiring layouts and simplified reconfiguration, which is beneficial to raised access flooring contractors working on complex building systems.
Performance and Operational Efficiency
The durable epoxy-coated steel surface ensures resistance against corrosion and wear, extending the system’s lifespan and reducing maintenance costs. High load ratings, including concentrated and rolling loads, make this product suitable for environments with frequent equipment movement, such as data centers. The capacity for underfloor cable management minimizes downtime during modifications and enhances system accessibility, delivering significant operational value. This ease of maintenance combined with robust engineering enables facility managers to optimize infrastructure uptime, thereby maximizing return on investment in raised access floor installations.
Application
5A class office, security union plaza, futures trading building, places demanding cabling and wiring and the aging buildings’ flooring reform.
Characteristic
Easy for relocating cable management.
Full steel structure, high quality cement infill, surface painted with epoxy resin
Trunking can be applied at any units according to the volume of cable and wires.
Recyclable, convenient removing, cost saving, long performance life
Adjustable height for pedestal, height could be 60mm~300mm, assembly agility, large wire, good exchangeability, convenient maintenance.
Technical Specification
|
Model |
Concentrated load (N) |
Impact load (N) |
Ultimate load (N) |
Uniform Load (N/m2) |
Rolling load (N) |
|
|
10 times |
10000 times |
|||||
|
FS662 |
≥3000 |
≥445 |
≥9000 |
≥12500 |
2946 |
2356 |
|
FS800 |
≥3600 |
≥536 |
≥10800 |
≥16100 |
3560 |
2670 |
|
FS1000 |
≥4500 |
≥670 |
≥13500 |
≥23000 |
4450 |
3560 |
|
FS1250 |
≥5600 |
≥780 |
≥16800 |
≥33000 |
5560 |
4450 |
|
FS1500 |
≥6700 |
≥1005 |
≥20100 |
≥34500 |
6675 |
5340 |

Main components: panel, trunk cover plate, corner cover plate, pedestal.
Optional accessories: trunk bottom plate, corner bottom plate, electrical outlet.
Panel Size: 500*500*28mm, 600*600*33mm.
Use Scenarios
Data Center Raised Floor Infrastructure Implementation
In critical data center environments, cabling reliability and organization are paramount. The trunking bare steel raised access floor system supports these operations through its robust steel construction and integrated underfloor cable trunking. It allows efficient routing of power and data cables, ensuring quick reconfiguration during system upgrades or equipment replacement without compromising structural integrity. This system complies with stringent load and safety requirements common in data center raised floor standards, facilitating integration with cooling and electrical management systems critical to data center reliability and uptime.
Office Environment Floor Refurbishment and Flexibility
Modern office fit-outs often require adaptable flooring solutions capable of supporting changing layouts and infrastructure demands. This raised access floor system’s modular panels and adjustable pedestal height feature allow raised access flooring contractors to reconfigure cable pathways easily and accommodate varying ceiling heights. Its steel and cement composite panels provide durability necessary for high-traffic commercial settings, while the concealed cable management system supports compliance with electrical safety codes. This adaptability ensures seamless integration with existing building services and streamlines workflows related to office moves, expansions, or renovations.
What materials are used in the Trunking Bare Steel Raised Access Floor System?
Our raised floor system features a full steel structure with cement infill and an epoxy resin-coated surface. This combination ensures durability and stability, making it ideal for professional settings requiring reliable raised access flooring for cable management and heavy load support.
Can I customize the panel size and pedestal height for my project?
Yes, we offer panel sizes of 500×500×28mm and 600×600×33mm. The pedestal height is adjustable from 60mm up to 300mm, enabling flexible installation to fit various site requirements, ensuring your layout is adaptable and efficient for your raised access floor needs.
Do you provide accessories for enhanced functionality in the raised floor system?
We supply optional accessories including trunk bottom plates, corner bottom plates, and electrical outlets. These additions improve cable organization and make installation smoother, tailored to your workspace needs, enhancing the overall performance of the raised access flooring system.
What support do you offer for installation and maintenance in commercial projects?
Our team provides on-site research support and guidance throughout your project. With broad experience supporting raised access flooring contractors, we assist you in ensuring precise assembly, easy maintenance, and flexible reconfiguration, contributing to long-term cost savings and reliable performance.