Full Steel PVC Anti-Static Raised Floor

Product Overview

The “Yihua” full steel PVC anti-static raised floor features a high-quality steel base with a homogeneous PVC surface covering. By utilizing conductive PVC particles, it forms a stable electrostatic dissipation network, ensuring permanent anti-static performance. The PVC surface resembles marble patterns, providing both functionality and an appealing decorative effect.

Installation

  • After installation, the floor system is structurally stable, with overall flatness controlled within 3 mm, ensuring full coverage without vibration or shaking.

  • Panels are precisely cut and installed, maintaining long-term structural integrity and high performance.

  • Each panel can be replaced independently. Even when some panels are removed for equipment or personnel access, the system maintains its performance.

Advantages & Features

  • Excellent electrical conductivity

  • Dust-free performance

  • Outstanding fire resistance

  • High durability

  • Strong load-bearing capacity

  • Attractive appearance and comfort

Applications

Widely used in environments requiring cleanliness and anti-static protection, such as:

  • Microelectronics industry

  • Medical facilities

  • Program-controlled computer rooms

  • Cleanrooms

FAQ

What is a full steel PVC anti-static raised floor?
It is a raised access flooring system designed for technical environments such as data centers, control rooms, and substations. It effectively dissipates static electricity to protect servers and precision electronic equipment. It combines high-quality cold-rolled steel panels with an anti-static PVC surface to prevent static buildup and reduce equipment damage.


Is it suitable for all types of data centers?
It is suitable for most data centers, especially those requiring anti-static protection for servers and network equipment. However, selection should consider factors such as data center size, cabinet layout, equipment density, and personnel movement.


What is the installation process?

  1. Prepare the subfloor: ensure it is level, dry, and clean

  2. Install adjustable pedestals and set them to the required height

  3. Lay and secure the full steel PVC panels

  4. Cut panels as needed to fit around columns or structures

  5. Install accessories such as ramps, steps, and handrails

  6. Conduct final inspection and testing to meet safety and industry standards

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