Crafted for contemporary spaces, FINECO's pvc acoustic raised access floor provides remarkable resilience, seamless cable organization, and superior load support. Its versatile modular construction facilitates rapid installation and easy adaptability for future adjustments. Featuring anti-static and fire-retardant characteristics, this innovative flooring solution enhances safety and order. Ideal for data centers, office environments, and industrial areas, it combines long-lasting durability with aesthetic appeal to improve operational efficiency and space aesthetics.
Product specification
|
Model |
Concentrated Load |
Impact Load |
Ultimate Load |
Uniform Load |
Rolling Load (N) |
||
|
LB |
N |
N |
N |
N/㎡ |
10 times |
10000 times |
|
|
FS800 |
800 |
3560 |
536 |
10680 |
16100 |
3560 |
2670 |
|
FS1000 |
1000 |
4450 |
670 |
13350 |
23000 |
4450 |
3560 |
|
FS1250 |
1250 |
5560 |
780 |
16680 |
33000 |
5560 |
4450 |
|
FS1500 |
1500 |
6660 |
1005 |
19980 |
34500 |
6675 |
5340 |
|
FS2000 |
2000 |
8900 |
1340 |
26700 |
46000 |
8900 |
7120 |
* According to CE& CISCA's recommended test procedures for Access Floors
600*600mm/24'*24' (610*610mm) available
Product feature and application
FINECO's pvc acoustic raised access floor offers durable and dependable solutions for contemporary infrastructure demands. Fabricated from high-performance, anti-corrosive materials with fire-retardant finishes, these innovative panels provide superior load support and enduring resilience. Their flexible modular construction enables rapid installation, easy reconfiguration, and smooth access to subfloor utilities, boosting operational efficiency. Integrated cable management pathways enhance airflow and neatly organize power/data cabling, reducing clutter. Perfect for challenging environments like data centers, industrial plants, command control centers, and research laboratories, PVC raised floors guarantee safety, adaptability, and adherence to international standards, accommodating evolving spatial needs with minimal upkeep.
Product details
FINECO's pvc acoustic raised access floor showcases meticulously designed features for peak performance. ESD perimeter trims ensure flawless conductivity and static dissipation throughout the floor system. Each unit undergoes stringent epoxy powder-coated anti-corrosion treatment, ensuring durability in moist or severe conditions. A variety of anti-static laminate choices (HPL, PVC, ceramic) offer customizable aesthetics while maintaining a surface resistance of 10^4–10^9Ω. Reinforced bolted support structures enhance structural integrity, capable of supporting point loads up to 890kg. Fire-rated cores adhere to ASTM E84 Class 1 standards. Optional gasket-sealed edges form airtight enclosures, ideal for clean room or pressurized settings, highlighting the floor's adaptability to diverse technical requirements.
Product Qualification
FINECO's pvc acoustic raised access floor is crafted to meet the highest benchmarks of quality and longevity, beginning with premium materials and precise engineering. Core components are constructed using advanced, high-grade materials known for their remarkable durability, resistance to environmental factors, and flexibility, ensuring robust structural integrity even in challenging conditions.
The incorporation of lightweight foam concrete significantly boosts the performance of the pvc acoustic raised access floor by minimizing overall weight and offering enhanced thermal insulation, sound absorption, and environmentally friendly attributes. Manufacturing utilizes robust, high-capacity presses that apply consistent pressure and precise molding, eliminating material defects and ensuring dimensional precision.
The synergy of advanced materials and industrial-grade machinery produces pvc acoustic raised access floor systems that consistently surpass industry standards for durability, dependability, and operational superiority, fulfilling the most stringent customer requirements.
Shipping and Package
FAQ
Q: 1. What are the common uses of PVC acoustic raised access floor ?
A: PVC acoustic raised access floor systems are frequently employed in data centers, server rooms, office environments, laboratories, control rooms, and other settings that necessitate effective cable management, precise airflow control, or the flexibility to alter infrastructure layouts. These systems also offer essential electrical grounding and static protection in areas that demand high sensitivity.
Q: 2. How is a PVC acoustic raised access floor installed?
A: The installation of PVC acoustic raised access floor systems typically entails leveling the underlying surface, positioning support structures, attaching support beams or stringers, and then carefully laying the floor panels. The height of the floor can be customized using adjustable pedestals to meet specific needs. Gaps between the panels are sealed to ensure airtightness, and the edges are finished with trim for enhanced safety.
Q: 3. What materials are PVC acoustic raised access floor made of?
A: PVC acoustic raised access floor systems often feature panels constructed from materials such as steel with a cement or laminate finish, or aluminum for reduced weight. Additionally, woodcore and calcium sulfate core options are available. The supporting pedestals and structures are typically made from steel or aluminum. In environments with electronic equipment, anti-static finishes are commonly applied to prevent static discharge.
Q: 4. How do I maintain a PVC acoustic raised access floor?
A: Routine examinations for loose or damaged components in PVC acoustic raised access floor systems are crucial. Maintaining cleanliness under the floor by vacuuming or sweeping helps remove any accumulated debris. It's important to avoid subjecting the floor to heavy point loads that exceed its rated capacity. Damaged panels should be replaced without delay, and cables should be organized properly to prevent any potential obstructions.
Q: 5. What is the typical load capacity of a PVC acoustic raised access floor?
A: Load-bearing capabilities for PVC acoustic raised access floor systems can differ significantly, with typical designs accommodating between 662 and 2000 pounds per square foot (psf). In high-density applications such as data centers, load requirements may exceed 2,000 psf. Always refer to the manufacturer's guidelines for precise load specifications relevant to your installati
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