Conductive Steel HPL Raised Access Flooring
Overview:
Conductive Steel HPL Raised Access Flooring is a high-performance solution engineered for environments where electrostatic control is critical. Built with a robust steel structure and finished with a conductive HPL (High Pressure Laminate) surface, it combines superior strength with reliable static dissipation.
The system effectively eliminates electrostatic buildup, protecting servers, precision instruments, and sensitive electronics from ESD damage. With its high load capacity and long-term structural stability, it is an ideal choice for modern data centers and high-tech facilities.
In addition, it offers fast installation, low maintenance, and flexible customization options, meeting both functional and aesthetic demands of today’s technical spaces.
Installation Performance:
Once installed, the system provides a rigid and stable structure with a flatness tolerance within 3mm, minimizing vibration and movement. Panels can be precisely cut to fit site conditions, and all full panels are fully interchangeable for easy maintenance and future upgrades.
Even during underfloor access, the system maintains its structural integrity and support performance.
Key Advantages:
● Advanced ESD Protection: Rapid static dissipation to safeguard critical equipment
● Exceptional Durability: HPL surface resists wear, impact, and heavy traffic
● High Load Capacity: Engineered for heavy-duty environments
● Chemical Resistance: Suitable for technical and industrial applications
● Low Maintenance: Easy cleaning with long-lasting performance
● Enhanced Safety: Non-combustible or fire-resistant materials
● Customizable Design: מגוון of finishes and colors available
Applications:
Perfect for data centers, semiconductor facilities, cleanrooms, laboratories, healthcare environments, and telecom rooms requiring strict ESD control.
FAQ:
What is Conductive Steel HPL Raised Access Flooring?
It is a specialized raised flooring system designed to dissipate static electricity efficiently by combining a conductive steel core with an anti-static HPL surface, ensuring maximum protection for sensitive electronic equipment.
