Raised Access Floor

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MOQ : 50 Units

Raised Access Floor Specification

Material
Galvanized Steel Encapsulated with Cementitious Core

Cavity
Adjustable, minimum 150mm

Thickness
35mm

Application
Commercial Offices, Data Centers, Server Rooms, Control Rooms

Temperature Range
-10C to 60C

Dimension (L*W*H)
600mm x 600mm x 35mm

Density
40 Gram per cubic centimeter(g/cm3)

Fire Resistant
Yes

Raised Access Floor Trade Information

Minimum Order Quantity
50 Units

Delivery Time
10 Days

About Raised Access Floor

Technical Properties

Earcons floor hard used cold rolled steel.
Cross strengthening rib Structure elegant Appearance many time reshapes, high dimensional precision.
To maintain high quality of standard. We use cross strengthening rib structure which can carry more 20% loading than any other standards.
High quality paint, difficult to rust, high wearing capacity.
GB foaming cement free of cinder, filled with unique strong oscillatory type. Rolling paste tile, uniform pasted with strong glue difficult to drop.
Advance multipoint spot welding, uniform bonding point, strong structural capacity.
Life span : Earcons Acoustic building system offering 10 - 15 years life span of Raised floor.
Size : 600 x 600x 30mm, 600 x 600 x 35mm,

Engineered for Reliable Performance

This raised access floor system is meticulously designed to support technological environments where reliability and safety are paramount. Its robust galvanized steel and cementitious core construction ensures stability and longevity. The system is tailored for easy integration into server rooms, commercial spaces, and data centers, offering both strength and modular flexibility for complex cable and infrastructure layouts.

Advanced Surface and Edge Protection

The panels are available with anti-static High Pressure Laminate (HPL) or bare finishes, complemented by black PVC edge trim for enhanced durability. The anti-static surface supports sensitive electronic equipment, while edge detailing helps prevent panel wear and protects against impact damage. Surface resistance is specifically engineered to safeguard equipment in technical spaces.

Safety, Sustainability, and Compliance

Manufactured to meet international standards for fire safety (BS 476), seismic resistance, and humidity, the flooring system provides dependable protection in moderate seismic zones and humid conditions. With a fire-resistant core and up to 98% recyclability, it's a sustainable choice for modern construction. Flexibility is bolstered by an adjustable cavity height of at least 150mm, supporting diverse cabling and service needs.

FAQ's of Raised Access Floor:

Q: How is the bolted stringer system installed for this raised access floor?

A: The system is installed using a combination of adjustable steel pedestals and interconnected stringers that are bolted together, creating a stable grid for panel placement. Each 600mm x 600mm x 35mm panel fits securely atop this structure for precise leveling and load distribution.

Q: What are the key benefits of the anti-static HPL finish and black PVC edge trim?

A: The anti-static HPL finish helps dissipate static electricity, protecting sensitive electronics found in server rooms and control centers. The black PVC edge trim enhances durability, reduces impact damage, and maintains a clean, professional appearance over time.

Q: Where can this raised access floor system be effectively used?

A: This flooring system is ideal for commercial offices, data centers, control rooms, and server rooms, particularly where integrated cable management, static control, and adaptation to seismic and fire safety standards are important.

Q: What certifications and standards does this flooring system comply with?

A: It complies with BS 476 Part 6 & Part 7 for fire rating, EN 12825 for impact resistance, and meets seismic safety recommendations for moderate seismic zones. Its humidity and temperature resistance (up to 95% RH, -10C to 60C) ensure reliability in diverse conditions.

Q: How environmentally friendly is this raised access floor system?

A: The panels are designed with up to 98% recyclable materials, making them highly sustainable. Use of durable galvanized steel and cementitious core extends product life and supports green building initiatives.

Q: What is the process for adjusting the cavity height under this raised access floor?

A: The pedestal and stringer system allows for an adjustable cavity, with a minimum height of 150mm. Adjustments are made during installation to accommodate underfloor services such as wiring, cabling, or HVAC systems, ensuring versatility in office and data center configurations.

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