raised flooring companies

I. Definition: How Does a Raised Floor Reconstruct Space Design?

A raised floor, also known as a raised metal flooring , is a modular structure that elevates the panel above the building floor through an adjustable support system. Its core purpose is to create a concealed space for cable management in buildings, while meeting diverse needs such as load-bearing capacity, fire protection, and anti-static properties. ZIli's steel raised floors (such as the OA600 series) have become standardized facilities in scenarios like data centers and smart office buildings through high-strength panels and flexible support systems.

II. Core Functions: What Problems Do Raised Metal Floors Solve?

Concealed Cabling for a Neater Space

In traditional buildings, power, network, and air conditioning pipelines are usually embedded in the walls or floors, making renovations difficult. However, the raised layer of a raised metal floor (with an adjustable height ranging from 20mm to 1200mm) can centrally accommodate these pipelines, facilitating later maintenance and expansion, and reducing decoration costs.

Enhanced Load-bearing Capacity and Safety

ZIli's OA600 steel cement floor adopts a double-layer steel plate welding structure, filled with lightweight aerated cement inside. The concentrated load can reach 3.56KN (about 363 kg), and the uniform load is 16.1KN/m². It can stably support heavy facilities such as servers in computer rooms and office equipment.

Fire Protection and Anti-static Protection

The surface of the panel uses a Class A fireproof epoxy coating with a low smoke toxicity index. Coupled with anti-static treatment, it effectively reduces the fire risk caused by electrical failures in data centers or laboratories.

Optimized Environmental Adaptability

The raised layer can integrate ventilation modules (such as ZIli's FS662 series) to regulate indoor air flow, solve the heat dissipation problem in computer rooms, or provide a dust-proof environment for clean workshops.

III. Typical Application Scenarios: Which Fields Rely on Raised Metal Floors?

With its versatility, ZIli's steel raised floors are widely used in the following scenarios:

Data Centers: Server rooms require high load-bearing capacity, strong heat dissipation, and quick cabling (for example, the 610mm×610mm panels are commonly used in the Japanese and North American markets).

Smart Office Buildings: Open office areas and conference rooms support flexible workstation adjustments, and cable replacement does not require damaging the floor.

Commercial Spaces: In places with requirements for silence and fire protection, such as banks, casinos, and libraries, the floor can be equipped with carpets or PVC finishes.

Industrial Scenarios: Laboratories and clean rooms achieve moisture-proof and dust-proof effects through the raised layer, complying with the ISO 14644 clean standard.

IV. Four Key Factors in Selecting a Raised Metal Floor

Load Grade Matching Requirements

Light-duty offices (FS662 series, load 2.95KN) vs. Heavy-duty computer rooms (FS800 series, load 3.56KN).

Material and Structural Design

All-steel floors: Ideal for extreme load-bearing scenarios with excellent durability.

Steel cement floors (such as OA600): High cost performance, and the lightweight design reduces the building load.

International Certification and Compliance

Select products that have passed ISO 9001 and CE certifications (such as ZIli) to ensure compliance with building codes in Europe, America, and Asia.

Supplier Technical Support

Give priority to one-stop service providers that support measurement, customization, and installation. ZIli provides 24-hour global technical response and can meet the needs of non-standard dimensions.

V. Technological Breakthroughs of ZIli Raised Metal Floors

As a leading manufacturer in China, ZIli enhances product competitiveness through innovative technologies:

Lightweight Structure: Filling with aerated cement reduces the panel weight by 30% while maintaining high compressive strength (≥12.5KN/m²).

Quick Installation System: The modular snap design enables tool-free splicing, shortening the construction period by 50%, which is suitable for renovation projects.

Environmentally Friendly Process: Galvanized steel supports and water-based epoxy coatings reduce production carbon emissions and have passed the REACH environmental protection test.

VI. Maintenance and Lifespan Extension Guide

Daily Cleaning: Wipe the panel with a neutral cleaner to avoid corrosion of the coating by strong acids and alkalis.

Regular Inspection: Check the stability of the supports annually to prevent the panel from tilting due to foundation settlement.

Cabling Specification: Use ZIli's special cable tray tools to avoid cutting and damaging the floor structure.

VII. Future Trends: How Will Raised Metal Floors Drive Smart Buildings?

With the popularization of 5G and the Internet of Things, the use of raised floors is evolving from "pipeline storage" to a "smart space base":

Integrated Sensors: Monitor temperature, humidity, and vibration data to optimize the energy efficiency of computer rooms.

Prefabricated Design: ZIli has launched the Panel+ system with pre-installed cable trays, reducing the complexity of on-site construction.

Green Certification: LEED and WELL building standards include the ventilation efficiency of the raised layer in the scoring system.

Conclusion

Raised metal flooring (Raised Metal Flooring) is not only the "invisible skeleton" of modern buildings but also the core carrier of intelligent and sustainable design. With products such as the OA600 and FS800 series, ZIli provides customized solutions for various industries with high strength, high safety, and global compliance. For more technical parameters or to obtain a quotation, please contact the ZIli China team (Tel: +86-18360731245) to start the journey of efficient space renovation!