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anti static woodcore raised access flooring527-0

Anti-Static Woodcore Raised Access Flooring

Anti-Static Woodcore Raised Access Flooring adopt high density flame retardant particleboard as center basematerial. Veneer with anti-static PVC / HPL material.Galvanized sheet or aluminum foil as bottom cover--Surround with conductive tape sealing edge. This structure delivers enhanced durability, dimensional stability, and reliable load performance, making it a safe and efficient flooring solution for modern technology-driven workspaces. It offers a practical and economical solution for projects seeking basic ESD protection with reliable everyday performance.

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Product Description

Anti-Static Woodcore Raised Access Flooring is a practical flooring solution developed to reduce electrostatic discharge in environments where basic ESD control is required. It features a high-density woodcore panel combined with anti-static surface finishes such as HPL or PVC, allowing static electricity to dissipate effectively and helping protect electronic equipment during daily operation.

The modular raised floor structure provides convenient access to underfloor cabling and services, making installation, maintenance, and future reconfiguration simple and efficient. Designed with a focus on stable performance and cost efficiency, this system is suitable for general data rooms and similar spaces where extreme load requirements are not necessary. It delivers reliable anti-static performance while maintaining the flexibility and economic advantages of woodcore access flooring systems.

Performance Parameter

International Standards
Uniform Load Concentrated Load
Rolling Load Rolling Load Impact Load Ultimate Load
(10 PASS) (10 KPAAASS)
FS 800 17.78 KN/㎡ 363 KG 2.94 KN 2.45 KN 100LB/45 KG 11.25 KN
FS 1000 22.22 KN/㎡ 454 KG 3.56 KN 2.67 KN 150LB/68 KG 14.50 KN
FS 1250 27.78 KN/㎡ 567 KG 4.45 KN 3.56 KN 150LB/68 KG 18.36 KN

Product Features

·  Effective Anti-Static Performance
·  High-Density Flame-Retardant Woodcore
·  Durable Panel Construction
·  Reliable Load-Bearing Capacity
·  Sealed Conductive Edge Design
· Flexible and Cost-Effective Solution

Application

Widely used in telecommunications, power, electronics, microelectronics, medicine and other industries of program:
·  Control room
·  Computer room
· Power dispatching room
· Clean purification plant, ect

Advantages

·  Reliable Anti-Static Protection
Equipped with anti-static HPL or PVC coverings and conductive edge sealing, the system effectively dissipates electrostatic discharge (ESD), helping protect sensitive electronic equipment and ensuring safe operation in technical environments.

·  Stable Structural Performance
The high-density, flame-retardant woodcore provides good load-bearing capacity, dimensional stability, and impact resistance, supporting daily foot traffic and office equipment.

·  Flexible Underfloor Cable Management
The raised floor system creates a concealed space for power cables, data wiring, and other services, allowing easy access for maintenance, upgrades, and workspace reconfiguration.

·  Lightweight & Easy Installation
Compared with many mineral-core flooring systems, woodcore panels are lighter and easier to handle, enabling faster installation and reducing overall construction time.

·  Cost-Effective for Technical Workspaces
Combining basic ESD protection, reliable durability, and multiple surface finish options, this flooring system provides an economical solution for data rooms, control centers, telecommunications facilities, and similar environments.

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More Faq Us

Frequently Asked Questions?

A raised access floor is a modular flooring system elevated above the structural slab using steel pedestals and stringers, creating an underfloor plenum.
It is widely used in data centers, offices, control rooms, and electrical rooms to support cable management, air circulation, heat dissipation, anti-static protection, and equipment vibration control, while allowing flexible layout changes and convenient maintenance.

Raised access flooring is mainly classified into two categories based on function and application:
•Anti-static raised access floor – designed for data centers, server rooms, and electronic equipment areas
•Network raised access floor – used in office spaces for structured cabling and weak-current systems
Each type can be combined with different surface finishes such as HPL, PVC, ceramic, or carpet.

The height of a raised floor depends on application requirements:
•Office areas: 100–300 mm
•Data centers / equipment rooms: 300–800 mm
•Special projects: Custom heights above 1000 mm available for high-density cabling or airflow requirements

To ensure effective ESD protection, anti-static raised floors must comply with the following:
•Surface resistance: 1 × 10⁶ – 1 × 10¹¹ Ω
•System resistance (panel–pedestal–ground): 1 × 10⁴ – 1 × 10⁹ Ω
These values meet international requirements for protecting sensitive electronic equipment.

For long-term performance and safety:
•Avoid impacts from sharp or heavy objects to prevent surface damage
•Use professional suction lifters when removing panels—never pry forcibly
•Regularly inspect the grounding system to ensure compliance
•Keep underfloor cables organized to avoid excessive load on pedestals
•Replace damaged anti-static finishes promptly to prevent ESD failure

Material & Durability
•HPL: High hardness, excellent wear, scratch, and impact resistance, long service life
•PVC: Softer material, lower wear resistance, more prone to scratches
Anti-static Stability
•HPL: Integrated anti-static layer formed during lamination, stable and long-lasting
•PVC: Surface-coated anti-static layer, performance may degrade over time
Environmental Resistance
•HPL: Resistant to moisture, heat, chemicals, and easy to clean
•PVC: Lower heat and chemical resistance, water exposure may cause edge lifting
Installation & Applications
•HPL: Ideal for data centers and power rooms with long-term fixed layouts
•PVC: Seamless installation option, suitable for areas requiring flexibility or slight subfloor tolerance

Common causes include:
•Improperly installed or uneven pedestals and stringers
•Incomplete contact between pedestal bases and subfloor
•Excessive gaps between floor panels causing friction
Solutions:
•Re-adjust pedestals for vertical alignment and firm fixing
•Add metal shims under pedestal bases
•Replace damaged components and control panel gaps within ≤ 0.5 mm

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