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Anti-static Raised Floor with Ceramic Finish
There are many kinds of anti-static raised floor such as HPL raised floor, PVC raised floor and ceramic raised floor. Now we will introduce the last one — ceramic anti-static raised floor to you. Characteristics of anti-static floor with ceramic finish The ceramic surface anti-static floor material is composed of all steel or calcium sulfate core. The ceramic tile has high mechanical strength and strong bearing capacity. Besides, it has good fireproof performance. The surface is treated with electrostatic spraying. It is shiny, wear-resistant, corrosion-resistant and non-cracking. Because the anti-static ceramic is pasted on the floor surface, it has excellent wear resistance and anti-static performance. It has many good performance such as anti-pollution, easy to clean and good decoration effect. Because of the feature of ceramic material, it also has excellent fire performance. And the wiring in the bottom space is large and the interchangeability is good. It is easy
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Raised Floor Construction Plan with Free Video
Overview of raised floor The raised floor system is composed of raised floor, bracket and beam. The beam and the bracket (the self-adjustable height) are bolted to form a stable lower support. And the floor is placed on the beam to form a stable system. There are many types of raised floors. Clean room commonly uses two types of aluminum alloy anti-static raised floor and all-steel anti-static raised floor. Now let’s start the raised floor construction. Raised floor construction process Column positioning and placing → column installation → column leveling and straightening → beam installation → floor installation → protection → floor fine adjustment → floor fastening. (1) Column positioning and pay-off Before installing the support structure, check the horizontal height of the H-shaped steel, and its elevation should meet the design requirements. Use a steel disc ruler to cut and score on H according to the floor modulus Use
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Seismic Pedestal with Bracing System
There are different kinds of raised floor pedestals for different environment usage. In highly seismic locations, or some applications with high floor heights and heavy loading, seismic pedestal / heavy duty pedestal with bracing systems are highly recommend. Seismic pedestal / heavy duty pedestal Compare to normal pedestals, heavy duty pedestals have thicker steel, bigger size and higher tube, which brings better load capacity and stability. In the following applications, seismic pedestal systems are very necessary. 1.Heavy load When the concentrated load of panel is over 500 kgs, it is best to use heavy duty panel to make the floor system stable and safe. In the heavy load area, such as the tool moving path, the heavy machine area, it is necessary to use heavy duty panel to keep the whole system under protective and make the system in long performance. 2.High floor height When the floor finish height is
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Raised Floor Pedestal——Under-structure System
Standard raised floor systems include top flooring and bottom under-structures. The under-structures consists of pedestals, stringers, and screws. Pedestals and stringers are fixed by screws, bases of raised floor pedestals are fixed on the ground with glue or expansion screws. After installing of under-structures system, place the flooring on directly. There are different types of raised floor, the pedestals used for them are also very different. Raised floor pedestals type Steel raised floor with bare finish Steel raised floor is widely used in office environment, used in conjunction with carpets on top. As the four corners of panels have corner lock holes, there is no need to use stringers. Screws can connect panels and pedestals directly. Considering the actual installation, there are two types of pedestals for steel raised floor—— aluminum head pedestals and flat head pedestals. 1.Aluminum head pedestals Aluminum head pedestals known as central pedestals, aluminum while.
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What Is Steel Perforated Panel And Why Choose It
In some data centers and other intelligence rooms, we need to use a special raised floor. So, what is a perforated panel? Next, we will briefly introduce one of them, steel perforated panel. What is steel perforated panel Steel perforated panel with 600*600 mm, 35 mm thickness is made of high-quality steel. The steel sheet draws, punches, spot-weld and powder-coat. It has perforated surface with 16%-65% airflow rate. The factory supply it with or without mechanical damper. Perforated Air Flow Panel fits within the access floor grid for all stringer systems. So that means it is an integral component of the access floor. The perforated panel delivers and controls the flow of cool underfloor air conditioning into computer, equipment room environments where produce high amounts of heat. Why choose steel perforated panel The structure of steel perforated panel decides the use of it. That’t why we choose it. Easy
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The Daily Life of Anti-static Floor in Subway Station
Anti-static floors are closely related to our lives, especially the daily lives of office workers. It can dissipate static electricity in time. The floors prevent damage to precision mechanical equipment caused by static electricity accumulation. Office buildings, data centers, monitoring centers and other places are suitable for this material. However, there is also a place that is easily overlooked by people-subway stations. The situation of subway The economy is developing rapidly, and the urban population is increasing day by day. In order to alleviate urban traffic pressure, many modern cities have built multiple subway lines. The subway has a huge flow of people every day. And the static generated by the crowd will cause inestimable damage to the equipment, affecting the normal operation of the device. In addition, there will be a large amount of static electricity when the subway is running at a high speed. Therefore, lay the anti-static
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Why The Bottom of Raised Floor Hemispherical
The outer shell of the steel raised floor is made of high-quality cold-rolled steel. The lower plate is mechanically stretched into a hemispherical shape and uses an advanced multi-point welding process. The floor is filled with lightweight foam cement. And the upper plate is pasted with PVC or HPL anti-static veneer. The bottom plate of the all-steel anti-static floor produced in this way will have many hemispherical grooves. So why is the bottom plate of the steel raised floor hemispherical? The all-steel anti-static raised floor is composed of two layers of steel plates. The overall quality of the lower floor is better than the upper steel plate. So the all-steel anti-static floor can be stretched into a hemispherical shape. The steel raised floor hemispherical design of the lower floor can increase as the upper floor increases. The contact surface of the steel plate plays the role of stably filling the
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Production Process of All Steel Anti-static Floor
Material selection All steel anti-static floor adopts high-quality cold-rolled steel plate. Each all steel anti-static floor needs two steel plates as basic materials. 1. Stretch All steel anti-static floor bottom plate names tensile plate. The bottom plate is made of ST-16 high quality cold rolled steel plate by stamping and drawing process. 2. Piercing After stretching, the bottom plate of all steel anti-static floor needs to be punched to prepare for the later grouting process. 3. Cut In order to produce standard all steel anti-static floor products, we need to cut the size of the steel plate according to the required size. 4. Riveting and spot welding This production step is the key step in the production process of all steel anti-static floor. By riveting and spot welding, weld the floor panel and the bottom plate together. Then the prototype of all steel anti-static floor is completed. 5. Surface phosphating
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How to Wire Data Room
With the promotion of the era of big data, more and more enterprises begin to build their own data room. Some enterprises do not make reasonable planning in advance when wiring. It results in large area rework in later construction and maintenance. It is not only takes time and effort, but also increases additional costs. Therefore, when wiring the data room, we should make a reasonable plan. First, reasonable planning in the early stage A good early planning can lay a good foundation for future use. In the planning, the location that is convenient for wiring shall be selected to avoid accidents due to winding and disorderly arrangement of lines in the future. Second, detailed test After laying the cable, use professional testing tools to test the cable one by one. If any cable fails to pass the test, replaced it in time to avoid large-scale rework in the later
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How to Reduce Cost Cooling in Data Center
The problem of data center cooling has become one of the top challenges faced by enterprises. Under the global advocacy of ‘green data center’, many enterprises demand to reduce the cost of data center construction, operation and maintenance. In fact, there are some simpler solutions to achieve efficient cooling effect. The cost is also lower. Straighten out the cables under the anti-static floor The overhead design of the anti-static floor can store disorderly wires. At the same time, carefully check all cables under the anti-static floor. Remove those useless cables to make more space. Use metal bracket or cable binding device to arrange the remaining cables. Then maximize the space under the anti-static floor and facilitate the air circulation. In addition, anti-static ventilation floor can be installed to improve ventilation rate. Guide the flow direction of cold air A very low-cost and innovative solution is to install some fences under