With the increasing demand for safety and stability in flooring systems for data centers, electronic manufacturing, and intelligent server rooms, anti-static ceramic raised floors are gradually becoming a key choice for high-standard server rooms and precision electronic environments. As a crucial part of the facility infrastructure, these products demonstrate significant advantages in anti-static performance, load-bearing capacity, aesthetics, and durability.

To further enhance brand image and service quality, and to build a more efficient and professional information dissemination and customer service platform, the official website of Changzhou Glistar New Materials Co., Ltd. has been officially launched, marking an important step forward in the company’s digital brand building and information service system.

Server rooms (especially high-value, high-requirement sites such as data centers and communication facilities) preferentially adopt all-steel raised floors due to their comprehensive performance advantages and strong alignment with the core needs of such environments. Key reasons are analyzed as follows:

Calcium sulfate raised floors have become the preferred choice for high-standard server rooms—especially in financial centers, supercomputing facilities, and core data centers—because they can systematically and reliably meet the "certainty" and "extreme reliability" requirements of such environments. The following analysis explores the advantages across multiple dimensions:

This is one of the most prominent advantages of calcium sulfate raised floors, making them the preferred choice for fire-sensitive environments such as data centers, high-end office buildings, and command centers.

Airflow rate is one of the core design parameters of a data center cooling system, with decisive and systemic impacts. It directly determines cooling efficiency, energy consumption, equipment reliability, and total cost of ownership (TCO).