FINECO anti-static access floor panels are leading the charge in modern flooring technology. Engineered for heavy load-bearing, they deliver exceptional structural reliability. The modular format makes installation and future updates quick and straightforward, reducing downtime. A comprehensive cable management system keeps infrastructure secure and easily accessible, boosting safety and productivity. Anti-static and fire-resistant properties ensure a secure environment for sensitive operations in data centers, commercial offices, and factories. The rust-resistant surface offers lasting beauty and function, while enhanced airflow design supports optimal climate control and energy savings. FINECO offers a dependable, elegant, and progressive flooring solution.
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 anti-static access floor panels are establishing a new standard for modern spaces, uniting advanced engineering with unparalleled performance. Constructed from high-quality, corrosion-resistant steel and reinforced with state-of-the-art fire-retardant coatings, they deliver outstanding structural resilience and enduring reliability. Engineered to meet heavy load demands, these panels provide unwavering support for critical equipment. The smart modular design streamlines deployment, enabling swift setup and flexible adjustments as spatial needs evolve. Built-in cable pathways enhance underfloor airflow, efficiently managing power and data infrastructure while minimizing clutter. Perfect for mission-critical environments-data centers, industrial plants, command centers, and research labs-the system ensures safety, flexibility, and compliance with global standards. Its low-maintenance design minimizes operational disruptions, and enhanced utility access boosts productivity. Opt for FINECO to build a foundation that meets current demands and prepares for future infrastructure growth, merging toughness with sleek aesthetics for sustainable, high-performing spaces.
Product details

FINECO's static control flooring features precision-engineered borders for consistent charge dissipation. Epoxy coatings ensure exceptional corrosion resistance in harsh environments, while HPL, PVC, or ceramic surfaces provide aesthetic versatility and 10^4–10^9Ω resistivity. Reinforced bolted construction supports point loads exceeding 890kg, and fire cores meet ASTM E84 Class 1 standards. Optional gasket sealing creates impermeable compartments, ideal for sensitive applications,体现ing adaptive engineering excellence.
Product Qualification

FINECO delivers precision-built anti-static floor panels using top-grade materials and advanced production. The core structure of ST14 and SPCC steel-known for durability, anti-corrosion, and moldability-ensures dependable performance under stress.
Innovative foam concrete tech enhances performance via mass optimization, improving load efficiency. It provides top thermal insulation, acoustic dampening, and eco-credentials. High-pressure molding achieves uniform densification and flawless, precise dimensions.


FINECO panels achieve global durability excellence through advanced metallurgy, sustainable composites, and precise production. This combination ensures enduring dependability and superior operation in strict critical installations.
Shipping and Package


FAQ
Q: 1. How do I maintain a raised floor?
A: Inspect raised flooring regularly to detect misalignment or structural weakness. Clean underfloor areas with vacuums or brooms. Do not overload the system. Repair faulty components immediately and route cables to maintain clear access.
Q: 2. What materials are raised floors made of?
A: Raised floor panels are commonly steel with cementitious or decorative surface layers. Aluminum types are lighter. Wood fiber or calcium sulfate may be used in the core. Support pedestals and frames are steel or aluminum. Static-dissipative coatings are applied to minimize electrostatic discharge risks.
Q: 3.How is a raised floor installed?
A: Level the base surface thoroughly. Position adjustable floor supports in a grid. Attach cross beams to link pedestals. Place panels on top, use threaded mechanisms to fine-tune elevation, apply gasket seals at joints, and finish with anti-trip edging.
Q: 4.What are the common uses of raised floors?
A: Raised access floors are ideal for spaces needing underfloor service routing, thermal regulation, and flexible workstation arrangements, commonly found in IT centers and labs with ESD and grounding safeguards.
Q: 5.What is a raised floor system?
A: A raised access floor is built from removable panels placed on adjustable columns. It creates a service zone beneath the walking surface, ideal for managing wires, conduits, and underfloor air cooling.
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