Steel Series Raised Access Floor Systems for Durable and Flexible Flooring Solutions
- Outside is combined with top & bottom steel sheet
- Inside is filled with No.325/higher grade No.425 cement
- Can laminate HPL, PVC, rubber tile, etc on the top of the panel
- Side copper clips can enhance the flow of electric current
- The deep cups of the bottom can increase the loading capacity
What is steel raised access floor?
Steel raised floors are primarily used in office building，data center or other engineering projects where the concealment of electrical wiring is necessary. The system installation is designed to match with steel pedestals and screws. It can be adjusted to any desired finished floor height as per the requirement. Additionally, it can be directly laminated with materials such as HPL, PVC, rubber, porcelain, and wood on the top, economically avoiding secondary decoration. Steel bare panel is comprised of three parts, a flat steel top sheet spot welded to a formed steel bottom tray, which is then filled with cement to create a sealed structure. The steel shell is also epoxy-coated for rust prevention. Its finished floor height ranges from 80mm to 2000mm, offering a wide range of flexibility to suit your specific needs.
Steel Raised Floor List
Based on the variety of floor finishes, we can categorize steel raise access floors into the following types:
This floor has no top finish and is generally used in office buildings. It is corner-lock system.
We laminate 1.2mm or 1.5mm HPL tile on the top of the bare floor to achieve anti-static function.
We laminate 2.0mm or 3.0mm PVC tile on the top of the bare floor to achieve anti-static or conductive function.
We laminate the rubber tile on the top of the bare floor to add decorative effect.
We laminate the carpet tile on the top of bare floor to avoid secondary decoration.
To effectively address diverse ventilation needs, we offer many types of steel perforated panels, each designed with various ventilation rates to suit your specific requirements.
Applications of Steel Raised Access Floors in Commercial Spaces
According to the characteristics of steel elevated floor, the following are some usage scenarios：
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R&D Center Using -
Office Building Using -
Commercial Center Using
Quality Check for Steel Access Floor
Before packaging the steel raised floor, a comprehensive quality inspection must be carried out to ensure that the product quality meets customer requirements.
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1. Overall size checkOur QC will check four edge lengths of floors.
Specification: 599.7+/-0.2mm
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2. Flatness of four edgeWe will check the flatness of four edges.
Flatness – perimeter inspection: 0.5mm max
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3. Flatness of diagonalsWe will check the flatness of two diagonals.
Flatness – diagonal inspection: 0.7mm max
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4. Conductivity checkWe will check the conductivity for HPL or PVC laminating.
Product Feature Box
The top surface of the floor is epoxy spray or HPL, which has a certain wear resistance index.
High loading capacity is the biggest advantage of steel floor.
Expoxy painting, HPL or PVC on the top performance are all anti-slip materials.
The wear-resistant is important in extending service life and reducing maintenance costs for steel floor.
First-item Quality Check
A robust quality control system is crucial for our raised floor efficiency. Our comprehensive First-Item Quality Check photo catalog reflects our commitment to maintaining high standards at every stage of production. Each floor and steel understructure production progress is meticulously tracked through our detailed check tables, ensuring a structured and formal work process.
Standardized Production Process Documents & Safety Management Files
We meticulously adhere to production process document formulas and safety production management regulations in every production workshop. Our primary goal is to ensure consistent product quality, enhance production efficiency, and provide clear operational guidance for our staff. In addition, production process documents are an important basis for demonstrating compliance.
Ensuring strict adherence to proper employee attire, utilization of necessary safety gear, and provision of comprehensive operational guidance are key focal points within our factory.
Our biggest aim is to provide you with a high-quality and durable raised floor system.
Steel Raised Floor Workshop Album
For regular products, we usually reserve enough inventory to meet your urgent delivery needs.
Important reference data for selecting floor grade
- Data Sheet
| FS800 Corner lock |
FS1000 Corner lock |
FS1250 Corner lock |
FS1500 Corner lock |
FS2000 Heavy Grade with stringer |
FS2500 Heavy Grade with stringer |
FS3000 Heavy Grade with stringer |
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| Concentrate Load | ≥3560 | ≥4450 | ≥5562 | ≥6675 | ≥8900 | ≥11125 | ≥13350 |
| Ultimate Load | 1250kN | 1450kN | 1850kN | 2300kN | 3050kN | 4000kN | 4280kN |
| Impact Load | 0.45kN | 0.55kN | 0.65kN | 0.75kN | 0.85kN | 1.0kN | 1.0kN |
| 10 Passes Rolling Load | 2.7kN | 3.6kN | 4.4kN | 5.6kN | 6.7kN | 8.9kN | 12kN |
| 10,000 Passes Rolling Load | 1.8kN | 2.7kN | 3.6kN | 4.4kN | 5.6kN | 8.9kN | 10.6kN |
Related Product
If you’re confused about product selection or seeking more understanding of steel raised floors, we encourage you to email us. We are committed to addressing all your inquiries to the best of our ability.
We will lay out the pedestals by professional tooling firstly, and then
For bare panels, we only screw down the panels to the pedestals.
For laminating panels, screws down the stringers on the pedestals and put the panels into the stringer frames.
Bare panels are only combined with steel shells and inside cement.
The laminating panel has decorative tiles on the top of bare panels. It does not need secondary decoration.
Under normal use conditions, a service life of 20-30 years is no problem.