Introduction
The All - steel Perforated Anti - static Raised Floor with 55% Perforation Rate showcases a structural design parallel to that of standard anti - static all - steel access raised floors. However, it features a distinct construction. Its inner cavity remains entirely hollow, eliminating the need for foamed cement filler. This unique design not only reduces the overall weight but also optimizes the ventilation pathway.
Both the upper and lower steel plates, along with the entire upper surface of the floor, are precisely and densely punched with ventilation holes. Boasting an impressively high 55% perforation rate, this floor enables an extremely rapid and substantial air circulation. In contrast, ordinary ventilated raised floors typically have a ventilation rate of 20%, and the general range for such floors is 17% - 50%. This high - perforation design allows for a significantly more efficient air exchange, making it an ideal choice for environments with high - demand for ventilation.
The floor's surface can be finished with a selection of high - quality materials. Options include high - pressure laminate (HPL), renowned for its exceptional durability, scratch - resistance, and aesthetic versatility. Or polyvinyl chloride (PVC), which offers good flexibility, chemical resistance, and easy maintenance. These surface coverings not only enhance the visual appeal of the floor but also play a crucial role in its functionality. For instance, they can contribute to better wear resistance, surface smoothness, and control of electrical conductivity.
Engineered specifically for areas where intense under - floor ventilation is essential, this ventilated raised floor is often used in tandem with standard all - steel access raised floors. Such combinations are highly effective in creating an optimal environment in spaces like data centers, server rooms, and clean workshops.
Furthermore, our product comes with the option of being equipped with a ventilation volume regulator. Once integrated, this regulator empowers users to precisely and freely adjust the ventilation volume within a range of 0 to 20%. This provides an added layer of control over the air flow, allowing for customization according to the specific environmental conditions and requirements of the space. High - ventilation - rate floors like this one are mainly utilized in clean workshops and other sensitive environments. These areas demand strict environmental conditions and a high level of air circulation to maintain the integrity of the space, protect sensitive equipment, and ensure the quality of products or processes. For example, in semiconductor manufacturing clean rooms, the high - speed air circulation provided by this floor helps to quickly remove heat generated by the manufacturing equipment and maintain a particle - free environment, which is crucial for the production of high - precision semiconductor chips.
Features
1. Robust All - steel Structure: Constructed entirely from top - grade steel, this floor exhibits outstanding mechanical strength. This strength directly translates into an exceptional load - bearing capacity, allowing it to support heavy equipment, machinery, and endure high - density foot traffic without any signs of deformation. Whether it's in a bustling data center filled with rows of servers or a manufacturing facility with heavy - duty equipment, this floor remains stable. Additionally, it demonstrates remarkable impact resistance, capable of withstanding accidental drops, bumps, and other physical impacts. This makes it suitable for a wide variety of industrial, commercial, and high - tech applications where durability and reliability are non - negotiable.
2. Dust - free, Pollution - free, and Anti - fouling: Engineered with meticulous attention to detail, this floor is designed to be completely dust - free and pollution - free. It also showcases excellent anti - fouling performance, effectively repelling dirt, stains, and contaminants. This makes it an ideal choice for environments where maintaining a clean and hygienic space is of utmost importance, such as clean rooms in the pharmaceutical, electronics, and food industries. Laboratories, medical facilities, and other sensitive areas also benefit greatly from its ability to keep the environment pristine. In a pharmaceutical clean room, for example, the dust - free and anti - fouling properties of this floor help to prevent any particulate matter or contaminants from interfering with the drug manufacturing process, ensuring the production of high - quality and safe medications.
3. Exceptional Surface Veneer Properties: Whether covered with HPL or PVC, the surface veneer of this floor offers outstanding electrical properties. It effectively dissipates static electricity, preventing electrostatic discharge that could potentially damage sensitive electronic equipment. In environments filled with delicate electronics, such as data centers or electronics manufacturing plants, this property is crucial. Moreover, the veneer has excellent moisture - proof and fire - proof characteristics. This ensures long - term durability and safety, even in environments with high humidity levels or a significant risk of fire. In a humid coastal area data center, the moisture - proof property of the floor helps to prevent corrosion of the steel structure and electronic components, while the fire - proof property provides an added layer of safety in case of an unexpected fire.
4. Versatile Ventilation for Diverse Purification Needs: With a ventilation rate that can reach up to 55% (well within the 17% - 45% range relevant for various applications), it can effectively meet the diverse and often stringent requirements of different levels of purification environments. From general office spaces where basic air circulation is needed to highly sensitive clean room facilities that demand strict environmental control to safeguard the quality of products, experiments, or operations, this floor serves as a reliable and adaptable solution. Its ability to provide high - volume air exchange makes it suitable for a wide range of applications, offering the flexibility to accommodate various environmental conditions and user needs. In a high - end research laboratory, the high ventilation rate of this floor helps to quickly remove any chemical fumes or airborne contaminants, maintaining a pure and safe working environment for researchers.
Technical data of steel anti-static perforated access floor
| No. |
Size |
Thickness |
Concentrated load
(deflection=2mm) |
Ultimated
load |
Uniform
load |
Rolling load |
Electrical
resistance |
| (mm) |
(mm) |
lb |
N |
kg |
N |
N/m² |
N |
deflection |
Permanent
deformation |
(Ω) |
| HP-TF662 |
600×600 |
30/35 |
662 |
2950 |
301 |
8550 |
12500 |
2255 |
≤2mm |
≤0.5mm |
106-1010 |
| HP-TF800 |
600×600 |
35 |
800 |
3550 |
363 |
10650 |
16500 |
2950 |
106-1010 |
| HP-TF1000 |
600×600 |
35 |
1000 |
4450 |
454 |
13350 |
23000 |
3560 |
106-1010 |
| HP-TF1250 |
600×600 |
35 |
1250 |
5560 |
567 |
16680 |
33000 |
4450 |
106-1010 |
| HP-TF1500 |
600×600 |
35 |
1500 |
6665 |
680 |
19995 |
39324 |
5560 |
106-1010 |
| Flooring covering |
HPL,PVC or Ceramic tile(The perforated diameter is less than 22mm) |
| Raised height |
From 100 to 1000mm, it need to be strengthen when raised height is greater than 1000mm. |
| Electrical resistance |
It will be 104-106Ω when using the PVC coverings. |
Application
Steel anti-static perforated access floor is often used in the cleaning factory of semi conductor, micro electrical chip, integrated circuit, communicated equipment, or areas that need ventilation for underfloor air conditioning system.
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