Accurate Flexible Raised Access Floor HPL With Black PVC Edge Trim
HT Anvanced Technology Calcium Sulphate Raised Access Floor with High Physical and Mechanical Properties adopts high-density core encased with High Pressure Laminate (HPL) covering as top surface and galvanized steel steel as base plate. Four edges are sealed with conductive black edge trim. As its various advantages like environmental, flameproof, high-duty, superior flatness performance, HT HT Anvanced Technology Calcium Sulphate Raised Access Floor with high physical and mechanical properties has become most widely-used material in countries.
Application
HT Anvanced Technology Calcium Sulphate Raised Access Floor with high physical and mechanical properties is widely used in intelligent 5A office, high-grade computer room, power control room, clean workshop, especially for some rooms which needs anti-static requirements.
Characteristics
- Flexible understructure compensates the unevenness and improves flatness
- Accurate design ensures the protection towards impact and humidity
- Cracking seldom occurs which enables its durability
- Good interchangeability and high assembling accuracy
- Height is totally adjustable for all kinds of modern buildings
- Elevated and closed structure improves fire resistance
Technical Paramter
| Type | Size | Uniform load | Concentrated load | Rolling load | Ultimate load | System resistence | ||
| 0.100''/2.5mm DEFLECTION | 10PASS | 10KPAAASS | ||||||
| Medium Duty | 600*600mm 800*800mm |
22.22 KN/ |
4.45KN | 454kG | 3.56KN | 2.67KN | 14.50KN | Conductive: 104-106Ω Dissipative:106-1010Ω |
| Extra Heavy |
27.78 KN/ |
5.56KN | 567KG | 4.45KN | 3.56KN | 18.36KN | ||
| Extra Heavy Duty |
33.34 KN/ |
6.68KN | 680KG | 5.56KN | 4.45KN | 22.17KN | ||
The Advantage of Raised Floor
The use of raised floor in the workplace is rapidly gaining popularity since they present a solution that is specifically designed to support information-rich and highly computerised business environments.
Owners and developers, along with building designers and facility managers, face the challenges of constantly changing space needs, technology-driven operations, high churn rates and the almost impossible task of maintaining flexibility while keeping life-cycle costs down.
All of these challenges demand a new outlook on planning and constructi
