Perforated Raised Floor
Product Overview
Perforated raised floor panels are one of the most critical components in raised access floor systems for data centers, computer rooms, and other equipment spaces. In typical underfloor air distribution systems, distributed air leakage often accounts for a significant portion of total airflow, resulting in wasted cooling capacity and increased power consumption.
Too few perforated panels may restrict effective air circulation, while excessive perforation can lead to unnecessary bypass airflow. Proper planning and installation of perforated raised floors can significantly improve airflow management and enhance the overall energy efficiency of the raised floor system.
All steel perforated raised floor panels are fully compatible with other types of raised floor systems, and the airflow rate can be customized to meet specific project requirements. Our full steel perforated raised floors deliver excellent cooling performance for mission-critical facilities, support effective heat load management, and feature adjustable top dampers. With identical dimensions and surface finishes to solid panels, they integrate seamlessly with high-pressure laminate (HPL) raised floor systems.
Applications
Yihua full steel perforated raised floors combine the advantages of steel access floors and ventilated floor panels and are widely used in:
Data centers
Computer rooms and server rooms
Telecommunication rooms
Electronic assembly and testing areas
Equipment maintenance floors
Mechanical and HVAC air distribution systems
Key Features
Enables uniform airflow distribution through the underfloor plenum
Easily integrates with existing raised access floor systems
Lightweight design for convenient handling and installation
Excellent load-bearing performance
Epoxy coating provides long-term protection
Interchangeable with other panels of equivalent structural strength
Completely non-combustible with reliable fire resistance
Excellent grounding performance and electrical continuity
High-strength construction with outstanding durability
