Calcium Sulphate Raised Floor Panels Stringer Type Environmental Protection
HT Environmental Protecting Encapsulated Calcium Sulphate Raised Panel with Stringer System is made of the environment friendly plant's fibre as the reinforcement material, and then solidify the calcium sulphate crystals, and after the pulse pressing process done, has become the newest one of raised access floor, because the good furthers in environment friendly, fireproof, high loading capacity and flatness and so on.
Application
All kinds of computer room, network service engine room, control room, montoring cabin, top grade office, electrical-controlled classroom, libraries, places that have requirements for dust-proof and anti-static.
Characteristics
- Class A flame spread rating
- Good performance
- Being stable to changes in humidity and temperature
- Excellent uniform and rolling load performance
- Waterproof, rotproof
Technical Paramter
| Core Material | Size | Core Thickness | Panel Weight | Density | Fireproof Rate |
| Chipboard | 600*600±0.5mm | 28±0.3mm | 9.8KG±3% | 720KG/m3±20 | Class A |
| Calcium Sulphate | 600*600±0.6mm | 28±0.4mm | 16.5KG±3% | 1500KG/m3±50 | Class A |
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 mutually supporting. The costs of both change and maintenance are exceptionally high in traditionally planned buildings, and in many instances users defer needed changes at the cost of organisational comfort and efficiency.
In fact, many traditionally designed facilities become obsolete due to wiring and wiring distribution problems created by organisational changes and advances in technology.
If the building is planned correctly though, with enough thought and creativity, changes can become almost routine and technology can be easily integrated. A well-designed, intelligent building not only has the flexibility and the capacity to accommodate change, it actually promotes change.
