Views: 6 Author: Site Editor Publish Time: 2024-08-06 Origin: Site
The main differences between all-steel raised floor and calcium sulfate raised floor are: material, weight, process and performance.
The all-steel raised floor is made of deep-grade drawn steel plate, and the panel is made of hard SPCC steel plate. After fine processes of up and down stamping and spot welding, the surface is phosphated and sprayed, and the middle hollow shell is filled with foamed cement, which is stable and has strong bearing capacity.
The manufacturing process of calcium sulfate raised floor is to solidify the raw materials into calcium sulfate crystals, and after pulse pressing, it has excellent anti-static performance and mechanical strength.
Whether it is all-steel or calcium sulfate anti-static floor, it can be veneered with anti-static floor veneer such as PVC, HPL fireproof board, ceramic, etc. Common ones are PVC anti-static floor, HPL fireproof board anti-static floor, and ceramic anti-static floor.
All-steel raised floors are commonly found in high-end computer rooms and information centers of heavy equipment due to their fine workmanship and strong load-bearing capacity.
Although calcium sulfate raised floors have good anti-static properties and mechanical strength, they are usually heavier than all-steel floors, and the transportation cost is relatively high.
Calcium sulfate floors are the heaviest of all raised floors, with a density of more than 1500kg/m3. A 600x600mm calcium sulfate floor weighs more than 18 kilograms, while a 600x600mm steel floor weighs more than 13 kilograms.
In summary, all-steel raised floors are superior in craftsmanship, performance and load-bearing capacity, while calcium sulfate raised floors are relatively heavy in weight. Both have their own advantages, and the choice should be made based on specific design requirements and usage environment.
