Despite all many studies claiming raised floor is no longer necessary in data center design, it is still present in the vast majority of data centers or computer rooms. We are going to address several important factors to consider (structural strength, airflow and leakage if you’re using it for cooling and static dissipation) when choosing and installing a raised floor in your critical facilities.
A raised floor in a data center is an elevated floor that is built two inches to four feet above a concrete floor. It creates a space that can be used for cooling, electrical, and mechanical services. In data centers, raised floors are also used as a way of distributing cold air. By using a raised floor, facilities not only reduce the amount of air needed to cool equipment, they also require less energy and improve temperature distribution across all of the cabinets. According to research on the impact of raised floors on thermal behavior in commercial buildings, the presence of a raised floor can potentially reduce the cooling load by as much as 40 percent. Combining this system with an AI cooling solution could deliver even greater savings.
In any environment, the movement of people and objects create constant risks of electrostatic discharge from a host of sources. ESD flooring, also referred to as static control flooring, is an encompassing term for flooring materials and systems designed for use within ESD sensitive environments.
Building infrastructure is no longer an afterthought in cost management and overall performance. For technology, office, and medical and research institutions, the right flooring design and installation offer positive impacts on airflow, HVAC costs and ease of access for new cable routing or hardware installation.
Clean room is a controlled environment that has a low level of pollutants such as dust, airborne microbes, aerosol particles, and chemical vapors, widely applied in the pharmaceutical, vaccine, biotechnology, medical device, nanotechnology and semiconductor industries. Therefore, as an important part of the clean room, the clean room floor is not only highly anti-fouling and easy to clean, but also needs to provide efficient air supply to maintain a high level of air cleanliness and to adjust the air distribution. Huiya Clean Room Raised Floor, especially raised floors with holes, are well suited to these needs. While how to properly install the clean room raised floor to maximize the benefits? In Clean Room Access Floor Installation guide, AccessFloorStore.com will give you the most important tips!
The bulk of the contamination in a Cleanroom resides on the floor. It is important that consideration be given to the best flooring solution for your application.
Cleanroom flooring systems must take account of the whole production process and materials must be chosen that will not give rise to airborne molecular or particle contamination. At the same time they must withstand harsh cleaning regimes and strong cleaning agents and disinfectants
With science and technology advances, the clean room, also called dust free workshop, has become an indispensable working area for electronics factory, medical, food, and other industries. The selection of clean room floors is based on product construction technique, installation and more factors. Now, we bring you four common clean room floor panels with the difference, installation, construction, applications and choosing tips.
Perforated raised floors are often used in clean rooms, computer rooms, data centers, large high-end offices, and spaces that require good ventilation. The perforated raised floor is designed to provide excellent cooling to manage the heat load in mission-critical facilities. However, if you want to optimize the ventilation of the perforated raised floor and create the most efficient air conditioning system (UFAD - Under Floor Air Distribution) for the space, it is necessary to properly and correctly lay the perforated raised floor, which also includes selecting the right raised floor perforated tiles according to different environmental needs.
During the design of data centers, professionals often face the question of raised floor systems versus the use of an overhead cable tray while designing cabling distribution and air handling systems. Twenty years ago, this wasn't even a discussion, as virtually all data centers used raised floor systems, although it has now become a heated debate. While a case can be made for both options, there are certainly many reasons raised floors have remained the industry standard in data centers across the United States.
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