Calcium Sulphate Raised Floor Access With Adjustable Round Head Pedestal
HT Easy Install Calcium Sulphate Raised Floor System with Adjustable Round Head Pedestal(Height and Colors are Options) choose superior high-strength calcium sulphate core. Non-toxic and unbleached plant fiber is chosen as reinforcement material. HT Calcium Sulphate Panel’s surface is covered with High Pressure Laminate (HPL) with conductive black edge trim sealed on four edges. For base plate, HT uses steel galvanized steel.
Application
HT Easy install Calcium Sulphate raised Floor with Adjustable Round Head Pedestal (Height and colors are options) is chosen for places which have high requirements for their anti-static technology, load capacity and decorative effect, such as Computer room, power control room, clean workshop, etc.
Characteristics
- Totally non-combustible material enables superlative safety
- High structure and physical capability helps soundproofing
- A wide range of floor covering choice
- Outstanding levels of load capacity
- Green environmental protection realizes cyclic utilization
- Reaction to fire performance and Fire resistance performance can up to the highest standard
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 constructing buildings and some insight into assuring that all building systems are integrated so they become mut
