laminate steel cementitious raised flooring, HPL steel raised flooring , anti static raised flooring , PVC steel raised flooring , data center , computer room ,servo room.
600x600x35mm, 610x610x35mm.
Product Description
Description of Laminate Steel Raised Access Floor System
Steel Raised Flooring Systems are manufactured to the highest quality specifications using advanced production procedures. Steel access flooring is ideal for computer rooms and other areas with exposed cables and wiring you want to conceal.Steel computer flooring panels are made of galvanized steel for exceptional core strength, and provide superior tile stability, rigidity and durability. These steel raised floor panels have an impressive load capacity.They also provide all the under-floor space you need. We can install your steel computer floor in your preferred dimensions so you can fit all your electrical lines, ducting systems and data cables underneath and keep them hidden from view.
Anti static steel raised floor are fabricated with steel sheet (SPCC)welded to a formed steel bottom pan (ST14), filled internally with a light weight cement material which is totally encased with in the steel welded shell. The steel shell is protected from corrosion by applying epoxy paint.top covering have lots choices can be available .supporting structure is pedestals and stringers .
materials with anti-static properties usually covered top of the encased steel. Common options include conductive vinyl, high-pressure laminate, or electrostatic dissipative (ESD) carpet tiles. These materials allow the controlled dissipation of static charges to prevent the build-up of electrostatic discharge.
Supports system of laminate steel raised floor
Stringers and pedestal system, use stringer and pedestal at same time, suitable for heavy duty or extra heavy duty sites, likes servo room , dig data center , office building.
Finish material of laminate steel raised floor
specification
How to choose load bearing of steel raised floor ?
When considering load-bearing, it is important to take into account all objects and people that will exert pressure on the floor. Including but not limited to the load of equipment and furniture in the office, as well as the load that may be caused by the number of employees, appropriate flooring needs to be selected based on the number of employees. At the same time, it is also necessary to consider the characteristics of the office use and whether there will be gatherings of people to ensure that the floor will not be damaged or unstable due to gatherings of people during peak hours.
The load-bearing selection of large office buildings should be scientifically evaluated by professionals to select floors with better load-bearing levels.
MAJET's raised floor follows the CISCA standard for load-bearing classification. You can refer to the table below to select the appropriate load-bearing level.
| Model |
Concentrated
(N) |
Impact load
(N) |
Ultimate load
(N) |
Uniform load
(N/m2) |
Rolling load |
| 10 times |
10000times |
| SC668 |
≥2990 |
670 |
≥8890 |
≥12500 |
2215 |
1548 |
| SC800 |
≥3590 |
670 |
≥10799 |
≥19796 |
2959 |
2215 |
| SC1000 |
≥4498 |
670 |
≥13494 |
≥23294 |
3596 |
2959 |
| SC1250 |
≥5595 |
670 |
≥16797 |
≥33084 |
4498 |
3596 |
| SC1500 |
≥6693 |
670 |
≥20090 |
≥42581 |
5595 |
4498 |
| SC2000 |
≥8898 |
670 |
≥26685 |
≥49784 |
6693 |
5595 |
| SC2500 |
≥11093 |
670 |
≥33290 |
≥58280 |
8898 |
6693 |
Advantage
Advantages of laminate steel raised floor
1:This type of floor system tackles the problem of shear transfer across the diaphragm
2:Raised floor systems are waterproof
3:It leads to a reduction in the cost of construction in high-seismic regions
4: No pollution, no radiation, and environment-friendly.
5. Good electric conductivity: With an anti-static index, it is good in electric conductivity, resistant to pollution, and easy to wash.
6. Made of galvanized steel plate, it has characteristics of high bearing strength and is good in fire prevention, which can increase fire escape time.
7: Equipped with stringer and pedestal supports around, of which height is adjustable. It has high stability. And stringer increases the floor panel transverse tension.
8: Using cutting edge structure between upper and lower steel plate connectivity, no burr on edge, increase the strength of edge and adhesive force of edge coating.
Application
What kind place required anti static raised flooring ?
1. Data Centers:
- Anti-static raised flooring helps in controlling static electricity, preventing ESD that could potentially damage the delicate components of these systems.
2. Server Rooms:
- anti-static flooring to protect servers and networking equipment from electrostatic discharge.
3. Telecommunication Facilities:
4. Control Rooms:
- Control rooms in industries such as manufacturing, energy, and process control often have anti-static flooring to safeguard the electronic systems used for monitoring and controlling various processes.
5. Laboratories:
- Research laboratories and cleanrooms require anti-static flooring to prevent static electricity interference with sensitive experiments and equipment.
6. Healthcare Facilities:
- Areas in hospitals and healthcare facilities where sensitive electronic medical equipment is used may incorporate anti-static flooring to avoid ESD-related issues.
7. Semiconductor Manufacturing:
- Cleanrooms in semiconductor manufacturing facilities utilize anti-static flooring to protect the highly sensitive semiconductor manufacturing equipment from static electricity.
8. Broadcasting Studios:
- Broadcasting and recording studios often employ anti-static flooring to protect audio and video equipment from static interference.
9. Server Farms:
- Facilities with large server farms or clusters of servers can benefit from anti-static raised flooring to maintain the reliability of the computing infrastructure.
10. Electronics Manufacturing Plants
Related products
Product Process
Company Profile
FAQ
Q1. What are the advantages of each type of flooring in office applications?
- Steel flooring is the most cost-effective choice among all raised floors. Therefore, it is also the most widely used variety in offices. The weight of the high floor is lighter than that of calcium sulfate floor, and its load-bearing effect is higher than that of wood core board. Overseas shipping is more convenient and saves money. Because steel is not an environmentally friendly material, some countries and floors do not advocate the use of steel floors.
- Calcium sulfate flooring has better load-bearing capacity than steel flooring. It can be used for a long time, is not easy to rust, and is a recyclable and environmentally friendly material. It is also a widely used floor. However, its own weight is heavier, which increases transportation costs.
- Wood core boards are relatively less load-bearing among these types of floors, but they are also the lightest in weight. The good walking feeling and silent effect have also won him many users. This is also a recyclable and environmentally friendly material that is very popular in some countries and regions.
- Aluminum flooring is the highest performance flooring, but because its price is much higher than other floors, it is usually rarely used as office flooring. But there are also some special offices that use aluminum floors.
- FRC flooring, FRC flooring has better load-bearing capacity than steel floors of the same size, but its own weight is heavier, which also limits its overseas export business. If transportation costs are not considered, FRC flooring is a very cost-effective office movable floor.
Q2. how to choose finish material for anti static raised floor ?
The main materials include HPL(high pressure laminate), conductive PVC, ceramic tiles, etc. follow, we will compare their respective characteristics.
HPL(high pressure laminate):
Rigid anti-static special fireproof board, made of a variety of special papers treated with phenolic and melamine resins, and a thermosetting resin decorative laminate made of high temperature and high pressure.
It is a commonly used veneer in the anti-static floor industry. During use, the maintenance of HPL veneer is quite simple, and the surface is wear-resistant (hempy surface is highly wear-resistant), high temperature resistant, cleaning resistant, impermeable, dustproof, shockproof, Anti-smoke and fire, open flame, not easy to scratch, bright color, bright and smooth, etc.
It is widely used in the monitoring of various industries such as program-controlled computer rooms, laboratories, colleges and universities, computer rooms, financial system digital databases, national defense, aerospace,television stations, electronic systems, telecommunications, and mobile industries in electronics, telecommunications, and medical hospitals. Computer rooms, dispatching stations, digital libraries, etc. require anti-static and clean places, which are more popular with the public and can be used as indoor and outdoor floor decoration materials.
PVC (polyvinyl chloride) :
It has long-lasting antistatic properties and stable electrical conductivity. This product utilizes the electrostatic conductive network formed by the interface of plastic particles, and has multiple patterns on the surface. The appearance resembles a marble pattern and has a good decorative effect. And it has the characteristics of wear resistance, long-lasting anti-static, aging resistance, and low dust generation.
This product is suitable for program-controlled computer rooms in electronics workshops, clean workshops, microelectronics workshops, communications, electronics, microelectronics, hospitals, power plants and other industries, clean rooms and other grounds that require anti-static, and is widely used in anti-static raised flooring.
conductive ceramic tiles :
Anti-static ceramic tiles are a new type of anti-static material that overcomes the problems of aging, wear resistance, pollution, durability, and poor fire resistance in current polymer materials such as melamine, PVC anti-static flooring, and anti-static rubber sheets.
Anti-static ceramic tiles combine the advantages of ceramic tiles, with features such as aesthetics, durability, fire resistance, slip resistance, compression resistance, wear resistance, corrosion resistance, stain resistance, water resistance, low radiation, environmental friendliness, and easy installation. They are a functional anti-static ceramic tile with permanent anti-static properties and high-end artistic decorative effects.
Anti-static ceramic tiles are widely used as the surface layer of anti-static raised floors, such as fully steel ceramic surface anti-static floors, composite ceramic surface anti-static floors, and other types of raised floors. They can be used as the surface layer of movable floors (replacing ordinary HPL veneer and PVC veneer floors), or directly laid on the ground as anti-static flooring (using cement mortar for direct installation).
Anti-static ceramic tiles are suitable for places that require dust and static electricity prevention, such as computer rooms, microelectronics cleanrooms, energy, defense, aerospace, clean production workshops, petrochemical workshops, hospital operating rooms, etc.
Q3 . Cost analysis of office raised floor?
The cost analysis of office raised floors needs to comprehensively consider the price of the floor itself, the cost of installation, and the cost of timely transportation. This is a more professional job that requires a comprehensive calculation based on the area to be used, the type of flooring you choose, and the destination of transportation.
You can contact MAJET company for professional solutions.
Q4 . Study on the long-term effects of office raised floors.
From the perspective of long-term use, calcium sulfate board has high density, good load-bearing, and corrosion resistance, so it is more suitable for long-term use.
Wood core boards are also corrosion-resistant, but microorganisms or moisture in the environment will cause some changes in the wooden structure. After long-term use, it may cause changes such as bulging and uneven surfaces.
The steel floor itself is not resistant to rust, but it can also be protected by some surface coating materials to achieve a better service life.
Q5 . What accessories can be used in conjunction with the office raised floor?
The modular design of the office raised floor facilitates its use in conjunction with other air conditioning circulation equipment and electronic equipment.
There are currently some ventilation units designed according to the dimensions of the raised floor, which makes them more convenient to use.
The surface of the raised floor can have holes to install floor boxes, diffusers, fans and other equipment. This results in a better user experience.
Why Choose an Anti-Static Steel Cement Raised Floor for Your Space?
What's It Made Of? The Raw Materials Behind the Magic
At the heart of an anti-static steel cement raised floor is a thoughtful combination of materials that work together to deliver top-notch performance. The main components include:
- Steel: High-quality steel sheets form the outer shell of the floor panels. Steel is chosen for its strength and ability to withstand heavy loads without bending or breaking. It's also treated to resist rust, ensuring the floor stays in great shape for years.
- Cement: Inside each panel, a special lightweight cement mixture provides stability and soundproofing. This cement is carefully formulated to keep the panels strong without adding unnecessary weight.
- Anti-Static Coverings: The top surface of the floor is coated with materials like high-pressure laminate (HPL) or conductive vinyl (PVC). These coverings are designed to prevent static buildup, protecting sensitive equipment from damage.
- Conductive Edging: To enhance static control, the edges of the panels often feature conductive rubber or plastic trims. These help ground any stray electrical charges safely.
These materials are sourced with care, ensuring they meet high standards for durability and performance. The result is a floor that's tough, safe, and ready to handle the demands of modern workspaces.
How It's Made: The Crafting Process Unveiled
Creating an anti-static steel cement raised floor is a bit like assembling a high-tech puzzle. The process involves several steps to ensure each panel is strong, precise, and effective. Here's a peek behind the scenes:
- Steel Preparation: The process starts with cutting and shaping high-quality steel sheets. These sheets are stretched and formed into the top and bottom parts of the panel, creating a sturdy shell.
- Welding and Assembly: The steel pieces are spot-welded together to form a sealed panel. This welding ensures the panel is airtight and strong, ready to hold the cement filling.
- Cement Filling: A lightweight cement mixture is poured into the steel shell. This cement is carefully mixed to provide strength and stability without making the panel too heavy. Once filled, the panel is left to cure, ensuring the cement sets properly.
- Surface Coating: After the cement has hardened, the top of the panel is coated with an anti-static material, such as HPL or conductive vinyl. This layer is applied with precision to ensure a smooth, durable finish.
- Edge Trimming: Conductive rubber or plastic trims are added to the edges of the panel. These trims enhance the floor's anti-static properties and protect the panel from wear and tear.
- Quality Checks: Before the panels are shipped, they undergo rigorous testing to ensure they meet standards for strength, static control, and durability. Only the best panels make it to your project.
This careful process results in a floor that's not only functional but also built to last, giving you peace of mind for years to come.
Why It Stands Out: Key Performance Features
So, what makes an anti-static steel cement raised floor so special? Let's break down the features that set it apart:
- Static Protection: The biggest selling point is its ability to control static electricity. By grounding static charges, the floor protects sensitive equipment like computers, servers, and medical devices from damage. This is a game-changer for environments where even a small spark could cause big problems.
- Strength and Stability: These floors are built to handle heavy loads, from server racks to office furniture. The steel and cement combination ensures the floor stays flat and stable, even under pressure.
- Cable Management: The space beneath the raised floor is perfect for hiding wires, cables, and cooling systems. This keeps your workspace tidy and makes it easy to rearrange equipment without disrupting operations.
- Soundproofing: The cement filling helps dampen noise, creating a quieter environment. This is especially helpful in busy offices or data centers where equipment can be noisy.
- Fire Resistance: The materials used in these floors are fire-resistant, adding an extra layer of safety to your space.
- Easy Installation: The modular design means the floor can be installed quickly and adjusted as needed. If you need to move or reconfigure your space, the panels can be lifted and rearranged with ease.
These features make anti-static steel cement raised floors a smart choice for anyone looking to create a safe, efficient, and future-proof workspace.
How Much Can It Hold? Understanding Load Capacity
One of the standout qualities of an anti-static steel cement raised floor is its ability to support heavy weights. Whether you're installing massive server racks in a data center or setting up heavy machinery in a workshop, this floor can handle it. The steel shell provides a rigid structure, while the cement filling adds extra support, ensuring the floor doesn't sag or buckle.
The floor is designed to support both static loads (like stationary equipment) and dynamic loads (like rolling carts or moving furniture). This makes it ideal for environments where heavy equipment is moved frequently. Plus, the modular design ensures that the weight is distributed evenly across the floor, preventing any single panel from being overwhelmed.
Unique Features: What Makes It Different?
Anti-static steel cement raised floors come with a few unique touches that make them stand out from other flooring options:
- Modular Design: The floor is made up of individual panels that can be easily removed or replaced. This makes it simple to access the space beneath for maintenance or upgrades.
- Customizable Finishes: You can choose from a variety of anti-static coverings, like HPL or vinyl, in different colors and textures to match your space's aesthetic.
- Airflow Options: Some panels can be perforated to improve airflow, helping to keep equipment cool in data centers or clean rooms.
- Eco-Friendly Materials: Many manufacturers use recycled steel and sustainable cement mixtures, making this a greener choice for environmentally conscious businesses.
These features give you the flexibility to tailor the floor to your specific needs, whether you're prioritizing aesthetics, functionality, or sustainability.
Where Can You Use It? Applications Galore
The versatility of anti-static steel cement raised floors makes them a perfect fit for a wide range of environments. Here are some of the most common places you'll find them:
- Data Centers: These floors are a staple in data centers, where they protect servers from static and provide space for cooling systems and cables.
- Offices: In modern offices, raised floors hide wiring for computers, phones, and other devices, creating a clean and professional look.
- Laboratories: Labs with sensitive equipment rely on these floors to prevent static and maintain a controlled environment.
- Control Rooms: From power plants to traffic control centers, these floors keep critical systems safe and organized.
- Clean Rooms: In industries like pharmaceuticals or microelectronics, raised floors help maintain a dust-free, static-free environment.
- Hospitals: Operating rooms and imaging centers use these floors to protect medical equipment from static and ensure a sterile environment.
No matter your industry, an anti-static steel cement raised floor can be customized to meet your needs, making it a versatile solution for any high-tech or sensitive space.
How Long Will It Last? Durability and Lifespan
One of the biggest advantages of an anti-static steel cement raised floor is its longevity. Thanks to the durable materials and careful manufacturing process, these floors are built to withstand years of heavy use. The steel shell resists rust and wear, while the cement filling ensures the panels stay strong and stable over time.
With proper care, these floors can last for decades, making them a cost-effective investment for any business. The anti-static coverings are also designed to resist scratches, stains, and fading, so your floor will look as good as new even after years of foot traffic.
Keeping It in Top Shape: Maintenance Made Easy
Maintaining an anti-static steel cement raised floor is a breeze, which is great news for busy facility managers. Here are some simple tips to keep your floor in top condition:
- Regular Cleaning: Sweep or vacuum the floor to remove dust and debris. For deeper cleaning, use a damp mop with a mild cleaner. Avoid harsh chemicals that could damage the anti-static coating.
- Inspect Panels: Periodically check the panels for signs of wear or damage. If a panel needs to be replaced, it can be swapped out without disturbing the rest of the floor.
- Check Underfloor Space: Occasionally inspect the space beneath the floor to ensure cables and equipment are in good order. This is also a good time to clean out any dust that may have accumulated.
- Maintain Static Control: Ensure the conductive edging remains intact to maintain the floor's anti-static properties. If you notice any issues, contact your supplier for advice.
Because the floor is modular, maintenance is quick and hassle-free. You can access specific areas without disrupting the entire system, saving time and effort.
What's Next? The Future of Anti-Static Raised Floors
As technology continues to evolve, so do anti-static steel cement raised floors. Manufacturers are constantly exploring new ways to improve these systems, making them even more efficient and sustainable. Some exciting trends to watch for include:
- Smarter Materials: Advances in materials science could lead to even lighter, stronger panels with enhanced static control.
- Integrated Technology: Future floors may include built-in sensors to monitor temperature, humidity, or equipment performance, making data centers and offices even smarter.
- Sustainable Designs: With a growing focus on eco-friendly construction, manufacturers are experimenting with recycled materials and energy-efficient production methods.
- Customizable Aesthetics: New finishes and designs are making it easier to create floors that are both functional and visually stunning.
These innovations promise to keep anti-static steel cement raised floors at the forefront of modern building design, ensuring they remain a top choice for years to come.
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