raised flooring companies

In modern architectural design and intelligent space planning, raised access flooring has gradually become a standard facility in commercial buildings, data centers, and other environments. This flooring system is not only aesthetically pleasing but also offers numerous functional advantages. As a leading manufacturer with 30 years of industry experience, ZIli will delve into the core functions of this system and share how it creates long-term value across various scenarios.

1. What is Raised Access Flooring?

Raised access flooring is a modular system composed of removable panels and a supporting structure, creating an elevated space of 25-1500 mm between the ground and the floor. This design allows for concealed cable layouts and dynamic space management. ZIli uses a full steel/calcium sulfate composite structure, with panel load capacities reaching up to 1200 kg/m² (uniform load), making it suitable for demanding environments such as heavy equipment rooms.

2. Five Core Functions and Application Scenarios

Smart Cable Management

In data centers, 5G base stations, and similar environments, the space beneath the flooring can be utilized for centralized electrical and optical cable installations. Combined with ZIli's patented adjustable cable tray modules, maintenance efficiency can be improved by 60%.

Dynamic Airflow Regulation

In medical laboratories and cleanrooms, the perforation rate of the flooring (20%-55%) can control air circulation. ZIli's dust-sealing technology can reduce PM2.5 concentrations to ISO 14644-1 Class 5 standards.

Electrostatic Protection and Electromagnetic Shielding

ZIli's anti-static flooring maintains a surface resistance value between 1×10⁶ and 1×10⁹Ω, meeting IEC 61340-5-1 standards, making it suitable for sensitive environments such as semiconductor factories and radar control rooms.

Flexible Load Adaptation

From office spaces (uniform load ≥300 kg/m²) to airport terminals (concentrated load ≥5000 N), ZIli provides graded load solutions and ensures structural safety through finite element analysis (FEA) testing.

Space Aesthetic Optimization

High-end commercial complexes utilize ZIli's ceramic finishes or wood-pattern custom panels to achieve a balance between functionality and aesthetics.

3. ZIli's Technological Innovations and Industry Standards

As one of the first raised flooring manufacturers in China to obtain ISO 9001/14001/OHSAS 18001 certifications, ZIli continuously promotes technological advancements:

Material Innovation: Using galvanized steel shells (thickness ≥0.8 mm) and high-density calcium sulfate core materials (density ≥1350 kg/m³), achieving fire rating A (GB 8624).

Intelligent Production: The Changzhou factory, covering 15,000 m², is equipped with fully automated stamping lines, with an annual production capacity exceeding 800,000 m² and precision error ≤±0.3 mm.

Green Certification: Products comply with LEED v4.1 and BREEAM standards, with the use of recycled materials exceeding 30%.

4. How to Choose the Right Raised Access Flooring

1. Material and Structural Compatibility

Full Steel Structure: Cold-rolled steel plates with thickness ≥0.8 mm (such as ZIli steel base panels) suitable for heavy equipment scenarios like data centers.

Calcium Sulfate Composite Panels: Core density ≥1350 kg/m³, combining fire resistance (Grade A) and bending strength (deflection ≤2 mm/300 kg).

Ceramic Finishes: Surface resistance stable between 1×10^6 and 1×10^9Ω, meeting anti-static requirements in semiconductor workshops.

2. Dynamic Load Matching

Uniform Load: Office areas ≥300 kg/m², airport terminals ≥5000 N concentrated load.

Impact Resistance: Verify stability of the support system under 2 million cycle loads through finite element analysis (FEA).

3. Sound and Vibration Control

Noise Reduction Design: Prefer sandwich structures (e.g., aluminum alloy honeycomb core + sound-absorbing cotton) to reduce impact sound pressure levels by ≥25 dB.

Seismic Certification: Check for compliance with JIS A 1418 or similar seismic simulation tests.

4. Environmental Adaptability

Temperature and Humidity Tolerance: Expansion rate ≤0.5 mm/m in environments ranging from -20℃ to 60℃ to avoid joint cracking.

Corrosion Resistance Level: For coastal areas, choose 316L stainless steel supports with salt spray testing ≥1000 hours.

5. Total Lifecycle Cost

Installation Efficiency: Modular designs should support a single person installing ≥20 m² per day (e.g., Wanxie Quick Installation System).

Maintenance Costs: Galvanized steel support warranty period ≥15 years, saving 60% replacement costs compared to traditional supports.

5. Applications of Raised Access Flooring

1. Data Centers

Data centers are among the most common applications for raised access flooring. Due to the need for extensive cabling and piping, raised access flooring provides an ideal solution, allowing technicians to easily manage cables and ensure the normal operation of equipment.

2. Offices

Raised access flooring is increasingly popular in modern offices. It not only conceals cables and pipes but also offers flexible spatial layouts, helping businesses quickly adapt to changing work needs.

3. Commercial Retail Environments

In large shopping malls and retail stores, raised access flooring can provide flexible layouts and aesthetically pleasing display options. Merchants can adjust display areas as needed while maintaining a tidy environment.

Conclusion

The role of raised access flooring in modern buildings is becoming increasingly significant, primarily serving the purposes of facilitating cabling, enhancing spatial flexibility, and improving aesthetics. Whether in data centers, offices, or commercial retail environments, raised access flooring effectively meets diverse needs. Choosing the right raised access flooring can not only enhance operational efficiency but also create a better spatial experience for businesses. If you are interested in raised access flooring, feel free to consult ZIli, and we will provide you with professional advice and high-quality products.