Raised floor
Raised floor / 升高地台 is a type of flooring system (Raised access floor systems) that is elevated above the building's original concrete slab or subfloor. It is typically made up of panels or tiles that are supported by pedestals, forming a grid-like structure that creates a space between the raised floor and the original subfloor.
The raised floor system allows for the installation of various utilities such as electrical and data cabling, plumbing, and HVAC systems, which can be easily accessed and modified as needed. It also provides a convenient way to conceal these utilities, creating a more streamlined and aesthetically pleasing environment.
Raised access floor systems are commonly used in cleanrooms, laboratories, data centers, computer rooms, manufacturing plants and other facilities that require a high level of flexibility and accessibility for their infrastructure. These environments require a high level of cleanliness, and the space created by a raised floor can help facilitate the use of air filtration systems and other equipment. They are also used in commercial office spaces and other buildings where a clean and organized appearance is desired.
A conductive raised floor / 導電升高地台 is a type of raised floor that is designed to provide a path for static electricity to safely discharge to ground. This is important in environments where static electricity can pose a risk to sensitive electronic equipment or to people working in the space.
Conductive raised floors are typically made with materials that have a low electrical resistance, such as steel or aluminum. The panels or tiles that make up the surface of the raised floor are connected to a grounding system, which provides a path for static electricity to flow to ground.
In addition to providing a path for static electricity, conductive raised floors can also help reduce electromagnetic interference (EMI) in the space. This is important in environments where electronic equipment is sensitive to outside interference, such as in data centers or other high-tech facilities.
The Main Features of Our Raised floor / 升高地台
“Load capacity: Raised floors can be designed to support heavy loads, such as large equipment or machinery. The pedestals and support structure can be reinforced to provide additional strength and stability.
Cleanliness: Raised floors can help maintain a clean and hygienic environment, particularly in environments where cleanliness is critical, such as in cleanrooms or healthcare facilities. The space created by a raised floor can be used to house air filtration systems and other equipment that helps maintain a clean environment.
Low electrical resistance: Conductive raised floors typically have an electrical resistance of less than 1 mega ohm. This low resistance allows static electricity to quickly discharge to ground, reducing the risk of damage to equipment or injury to people in the space.”
Raised floor / 升高地台 Applications
“Cleanrooms: Raised floors are also used in cleanrooms, where maintaining a clean environment is critical. The raised floor can be used to house air filtration systems and other equipment that helps maintain a clean environment, and the conductive properties of the floor help to reduce the risk of static discharge that could damage sensitive equipment.
Data centers / Computer rooms: Raised floors are commonly used in data centers / Computer rooms to create a plenum, or a space between the raised floor and the structural floor, that can be used to distribute cool air to the equipment. Cables and other infrastructure can be installed beneath the raised floor, providing easy access for maintenance and upgrades.
Semiconductor manufacturing facilities: Conductive raised floors are used in semiconductor manufacturing facilities where static electricity can cause damage to delicate components. The conductive properties of the floor help to reduce the risk of static discharge that could cause defects or failures in the manufacturing process.
Industrial facilities: Conductive raised floors are used in industrial facilities where static electricity can pose a risk to equipment or personnel. They are often used in areas where flammable materials are present, as static discharge can ignite these materials and create a fire hazard. Conductive raised floors can also help to protect against electrostatic discharge (ESD) that could damage sensitive electronic equipment.
Laboratories: Raised floors can be used in laboratories to provide a space for the placement of equipment and to allow for easy access to utilities such as gas, water, and electricity.”