The Havital EWC raised floor is constructed using high-density woodcore panels, fully encapsulated in galvanized steel sheets. This design enhances the floor’s fire resistance, acoustic performance, and overall durability.
With its modular structure, the Havital EWC Raised Floors offers flexibility in layout and customization, making it an excellent choice for commercial buildings, data centers, and clean rooms requiring noise reduction and safety.
System performance criteria are crucial as they reflect the floor’s performance in a typical installation. While panel-only criteria like concentrated load are often used to specify systems, they can be misleading. These tests are conducted with panel testing blocks, not the actual understructure, and may not represent real-world condition.
System Performance Criteria | |||||||
System Type | Static Loads | Rolling Loads | |||||
Test Type | Panel Size | Concentrated Load | Safety Factor (min.2.0) | Ultimated load | Uniform Load | 10 Passes | 10,000 Passes |
EWC800 | 600x600x28mm | 368kg/800lbs | Pass | 736kg/1600lbs | 1650kg/m2 | 318kg 700lbs | 275kg 600lbs |
EWC1000 | 600x600x30mm | 454kg/1000lbs | Pass | 909kg/2000lbs | 2300kg/m2 | 368kg 800lbs | 318kg 700lbs |
*A tests are performed using CISCA’s Recommend Test Procedures for Access Floors with the exception of Design Load
Havital EWC raised floor system is engineered to withstand substantial loads, offering an impressive load-bearing capacity ranging from 1,500 to 3,000 kg/m². This makes it exceptionally suitable for environments requiring strong structural support, such as offices with heavy furniture, workstations, and filing cabinets, as well as spaces housing high-performance equipment, server racks, and data centers.
The Havital Raised Floor supports aesthetic customization, ensuring seamless integration with various interior setups while maintaining functional efficiency.
Havital EWC system incorporates inherently fire-resistant calcium sulfate material, which effectively slows the spread of flames and minimizes smoke development. This advanced fireproofing capability enhances overall building safety, providing critical protection for occupants and infrastructure during emergencies.
Encapsulation ensures long-term durability, even under high traffic and heavy loads.
Provides effective noise reduction and superior sound insulation, ensuring a quieter work environment.