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.
Functional Positioning for Flexible Infrastructure Management
The Excellent Lowest Trunking Bare Steel Raised Floor is engineered for environments requiring robust underfloor cable management and structural reliability. Targeting raised access flooring contractors and facility managers, this system integrates trunking beneath steel panels to streamline cable routing and maintenance. Its modular design with lock-hole corner supports enables rapid installation and panel repositioning. The adjustable pedestal system, ranging from 35 to 150 mm, provides spatial flexibility critical for optimizing airflow and accommodating diverse cabling demands. This product serves sectors needing precise access and durability, supporting operational efficiency in data center raised floor solutions and modernized office infrastructures.
Advanced Structural Composition and Load Handling Specifications
Technically, this raised access floor system features a full steel panel architecture composed of ST14 stretched steel for the lower plate and SPCC hard steel coated with epoxy resin on the surface for enhanced corrosion resistance. Cement infill increases rigidity and load-bearing capacity. Each 500×500×25 mm panel is supported by adjustable pedestals designed for heights between 35 and 150 mm, maintaining a typical configuration at 50 mm for airflow efficacy. Selectable models FS440 through FS1000 cover load ratings from concentrated loads of 2000 N up to 4500 N and uniform loads up to 23000 N/m², accommodating varying operational stress. Integrated trunking beneath the panels facilitates cable organization, crucial in environments demanding systematic wiring standards.
Industry Integration and Operational Benefits in Critical Facilities
This solution is prominently utilized in data centers, server rooms, and healthcare facilities where system uptime and cabling integrity are paramount. The floor’s epoxy-coated surface paired with cement infill supports long service life and recyclability, making it economically advantageous for raised access flooring manufacturers and clients focused on sustainability. It enables efficient retrofit of aging concrete raised floors, aligning with evolving technology layouts and stringent maintenance schedules. Rapid panel removal and reinstallation reduce downtime, ensuring critical infrastructure remains operable. The adaptable height and robust design meet the diverse needs of modern workspace environments, including compliance with safety and load standards integral to operational continuity.
Structural and Modular Design Enhancements
The Excellent Lowest Trunking Bare Steel Raised Floor incorporates a full steel substructure paired with a cement-infused panel core to maximize rigidity and load distribution. Its four-corner pedestal system with lock-hole corner connectors secures panels firmly while allowing swift assembly and precise alignment. Adjustable pedestal heights from 35 to 150 mm facilitate custom ventilation and cabling pathways, accommodating the spatial demands of raised access flooring contractors. Integrated trunking beneath the floor's surface provides a unified channel for organized cable management, reducing installation complexity. This modular design framework supports scalable deployment across different facility sizes and load requirements, offering heightened adaptability over conventional concrete raised floor solutions.
Optimized Performance and User-Centric Maintenance
From a functional perspective, the system delivers superior impact resistance and uniform load capacity, ensuring dependable performance under varying operational stresses. The epoxy resin coating enhances corrosion resistance, promoting longevity even in demanding environments. Its panel dimensions (500×500×25 mm) balance stability with accessibility, enabling raised access flooring manufacturers to offer user-friendly maintenance solutions. The trunking design simplifies cable adjustments without necessitating panel removal, minimizing workflow interruptions. Additionally, recyclable components and adjustable configuration options contribute to cost efficiency and sustainability objectives crucial for long-term facility management and upgrade cycles.
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.
Meet the excellent height 35mm, with the intelligentized cabling and wiring system.
Recyclable, convenient removing, cost saving, long performance life.
Adjustable height for pedestal, height could be 35mm~150mm, the best height is 50mm, save the space of the room.
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 |
|||||
|
FS440 |
≥2000 |
≥295 |
≥6000 |
≥9720 |
1958 |
1566 |
|
FS662 |
≥3000 |
≥445 |
≥9000 |
≥12500 |
2946 |
2356 |
|
FS800 |
≥3600 |
≥536 |
≥10800 |
≥16100 |
3560 |
2670 |
|
FS1000 |
≥4500 |
≥670 |
≥13500 |
≥23000 |
4450 |
3560 |
Main components: panel, trunk cover plate, corner cover plate, corner bottom plate, pedestal.
Optional accessories: trunk bottom plate, electrical outlet.
Panel Size: 500*500*25mm.
Use Scenarios
Integration in Data Center Raised Floor Environments
Data centers require precise environmental control and rapid access to complex cabling infrastructures. This raised access floor system supports these needs by providing an integrated trunking network beneath durable, epoxy-coated steel panels that resist mechanical wear and corrosion. Adjustable pedestal heights (35–150 mm) optimize airflow management crucial for thermal regulation. The modular panel design enables accelerated maintenance and cable rerouting, reducing operational downtime. By serving as a stable platform with high load ratings, it effectively supports heavy equipment and rolling loads typical in data center environments. Its compatibility with raised access flooring contractors ensures smooth on-site installation aligned with industry compliance requirements.
Retrofitting and Modernization of Concrete Raised Floor Structures
In retrofit scenarios involving existing concrete raised floors, the Excellent Lowest Trunking Bare Steel Raised Floor delivers an efficient upgrade path facilitating enhanced cable management and flexible height adjustment. This system’s modularity and integrated trunking enable a clean and organized underfloor layout that meets contemporary standards for wiring and ventilation. Its robust steel and epoxy-coated design withstand operational loads and environmental challenges common in commercial office remodels and secure facilities such as ICUs. The ability for quick panel removal ensures minimal disruption during maintenance or system upgrades, making it an optimal choice for raised access flooring contractors tasked with rejuvenating concrete raised floor infrastructures to meet evolving technological and safety demands.
What materials are used in the Excellent Lowest Trunking Bare Steel Raised Floor?
Our raised floor panels feature a full steel structure with a lower plane of ST14 stretched plate and an SPCC hard steel surface coated with epoxy resin. Cement infill enhances panel rigidity and durability, creating a long-lasting solution suitable for demanding environments like data center raised floors.
Can you customize the pedestal height to fit specific floor requirements?
Yes, we offer adjustable pedestal heights ranging from 35 mm up to 150 mm, with a typical height of 50 mm to optimize space under the floor. This flexibility supports various applications and ventilation needs while maintaining organized cable routing within the integrated trunking system.
How does the installation process ensure secure panel alignment?
Our system uses lock-hole corners on each panel, enabling fast and secure alignment when assembling panels to pedestals. This design simplifies installation and maintenance, which is essential for raised access flooring contractors managing modular floor layouts and cable access needs.
Do you provide different load capacity models to suit industrial applications?
Yes, the floor is available in multiple models (FS440, FS662, FS800, FS1000) to meet specific load requirements, ranging from concentrated loads of 2000 N to 4500 N and higher uniform load capacities. This range allows us to supply tailored solutions for diverse settings, including high-traffic commercial or technical facilities.
