HPL Calcium Sulphate Anti-Static Raised Floor

Product Overview

  • OA500 Raised Access Floor is strong and durable, offering excellent load-bearing capacity and efficient cable management. It is widely used in commercial office buildings, hotels, and other modern constructions.

  • The floor panels are made of high-quality steel with a cement-filled core, providing a solid and stable surface capable of supporting heavy foot traffic and large equipment.

  • The interconnected installation structure ensures overall stability and safety, making the system suitable for office buildings, data centers, control rooms, and other technical environments.

  • The floor system is easy to maintain and upgrade, helping create a safer, more efficient, and well-organized working environment.

Installation

    • After installation, the entire floor system remains stable and level, with overall flatness controlled within 3 mm across the entire area, preventing vibration or movement.

    • Precisely cut and installed panels maintain long-term structural integrity and high performance.

    • Each full-size panel can be individually removed and replaced. Even when multiple panels are removed to allow access for personnel or equipment, the floor system continues to meet the same performance standards.

Advantages

    • Easy Installation
      Simple and fast installation saves both time and labor costs.

    • Low Maintenance
      Minimal maintenance requirements make the system economical and practical.

    • Excellent Accessibility
      The raised structure allows easy access to cables, electrical components, and other underfloor services, simplifying maintenance and upgrades.

    • Fire Resistance
      OA500 raised floor offers reliable fire-resistant performance, enhancing overall building safety.

    • Sustainability
      The steel materials used are recyclable, making the system more environmentally friendly.

What Is OA500 Raised Access Floor?

    • OA500 raised access floor panels are manufactured with high-quality cold-rolled steel sheets on both the top and bottom, each with a thickness of no less than 0.5 mm, and filled with high-strength foamed cement. The system features four-corner support for enhanced stability and safety.

    • The underfloor void provides ample space for routing cables, electrical wiring, and HVAC systems. With high load capacity and easy maintenance, it is ideal for modern commercial and technical facilities.

Benefits of Using OA500 Raised Access Floor

  • OA500 Raised Access Floor is strong and durable, offering excellent load-bearing capacity and efficient cable management. It is widely used in commercial office buildings, hotels, and other modern constructions.

  • The floor panels are made of high-quality steel with a cement-filled core, providing a solid and stable surface capable of supporting heavy foot traffic and large equipment.

  • The interconnected installation structure ensures overall stability and safety, making the system suitable for office buildings, data centers, control rooms, and other technical environments.

  • The floor system is easy to maintain and upgrade, helping create a safer, more efficient, and well-organized working environment.

Load Capacity

  • The load-bearing capacity of the OA500 raised access floor depends on the thickness of the steel panels. Under normal conditions, it can safely support approximately 600–1000+ kg per square meter, meeting the requirements of offices, data centers, control rooms, and other high-load applications.

Customization Options

  • Yes. OA500 raised access floor can be customized according to specific project requirements, including load capacity and panel color.

Installation Process

  • Prepare the subfloor to ensure it is level, clean, dry, and free of debris.

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

  • Lay the OA500 floor panels and securely fix them in place.

  • Cut panels on-site as needed to accommodate columns or structural obstacles.

  • Install necessary accessories such as ramps, steps, and handrails.

  • Conduct final inspection and testing to ensure compliance with relevant standards and safety requirements.

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