Anti-Static Woodcore Raised Access Floor is constructed using panels made of high density composite woodcore. The top surface is stuck with High Pressure Laminate (HPL) or PVC or ceramic, the bottom is covered with galvanized steel sheet. Four edges are sealed with black PVC edge trim.
Anti-static Woodcore Raised Access Floor is designed to prevent static electricity buildup, making it perfect for places with sensitive electronic equipment like data centers, server rooms, and modern offices. This eco-friendly flooring is made from calcium sulfate and has top-notch fire resistance, load-bearing capabilities, and sound insulation properties, creating a safe and comfortable workspace.
Steel Raised Floor Details. These panels consist of a flat steel top sheet which is welded to a formed steel bottom sheet.
Woodcore Raised Floor Characteristics
Anti-Static Ability
Anti-Static Woodcore Raised Access Floor is specifically designed to prevent static electricity buildup, protecting sensitive electronic equipment from potential damage.
Load Capacity
Anti-Static Woodcore Raised Access Floor has a high load-bearing capacity, typically ranging from 1,500 kg/m² to 3,000 kg/m². This makes it suitable for accommodating heavy office furniture, equipment, and foot traffic.
Good decoration
Various types of finishes can be added to the raised floor.
Enhanced durability
Anti-Static Woodcore Raised Access Floor is highly durable and can withstand heavy loads and foot traffic, making it ideal for commercial office buildings with high daily footfall.
Sound Insulation performance
The anti-static woodcore raised access floor enhances acoustic performance by minimizing noise transmission between floors while providing superior sound insulation. This feature proves valuable in maintaining privacy/confidentiality or creating a peaceful work environment within commercial buildings.
Woodcore Raised Floor Specifications
When choosing raised floor, it's crucial for you to consider the specifications as they represent the performance of a typical installation. While Raised Access Floor Panel criteria, such as concentrated load, are often used to specify floor systems, this test isn't an accurate representation of an actual installation. It's performed with panel testing blocks, not actual understructure. Therefore, it's important to take into account all factors that may affect the performance of the Raised Access Floor System
System Performance Criteria
System Type
Static Loads
Rolling Loads
Panel
Panel Size
Concentrated Load
Safety Factor (min.2.0)
Ultimated load
10 Passes
10,000 Passes
PEW1000
600x600x30mm
454kg/1000lbs
Pass
909kg/2000lbs
368kg 800lbs
318kg 700lbs
PEC1250
600x600x40mm
568kg/1250lbs
Pass
1136kg/2500lbs
454kg 1000lbs
368kg 800lbs
Raised Access Floor design load is tested using CISCA Concentrated Load test method on actual understructure instead of steel blocks. The design load is determined by taking the lesser value of the ultimate load divided by two or the point at which permanent damage occurs (yield point). The Raised Access Floor safety factor is the multiple of Design load to the Ultimate Load. International standards and Dawn recommend' a minimum of 2.
Woodcore Raised Floor Accessories
Finishes
Raised floors are widely used in office buildings, data centers, clean rooms and other places. Office buildings mainly use bare finish raised floor, the floor surface needs to be covered with carpet tiles. Data centers need to use anti-static flooring, the floor surface can use different types of anti-static coverings, such as anti-static laminate, PVC tile, ceramic tile and so on.
2201-1
2202
2103
2203
2206
2207
2208
2204
Installation accessories
The specifications of pedestals and stringers for different types of flooring are different. Please contact us if you need suggestion.
Standard CS Pedestal (OD22.3x1.5mm tube)
Heavy Duty CS Pedestal (OD38x1.5mm tube)
Extra Heavy Duty CS Pedestal (OD45x1.5mm tube)
Standard CS Stringer (1.0mm / 1.5mm)
Other accessories
Grommets, outlet boxes, and electronic sockets can be used to facilitate wiring and routing. In some areas, we can use glass raised floor to monitor the situation under the raised floor.
Woodcore Raised Floor Production Line
Packing & Delivery
Steel Raised Floor Details. These panels consist of a flat steel top sheet which is welded to a formed steel bottom sheet.
A Yes, of course. Anti-Static Woodcore Raised Access Floor can be customized to fit specific project requirements. This includes customized panel sizes, finishes, and accessories, such as ramps, steps, and handrails.
A The Anti-static property is achieved through a special surface finish, which is usually made of high-pressure laminate or vinyl covering. The raised design of the flooring provides a convenient underfloor space for utilities such as wiring, data cables, and HVAC systems. Anti Static Woodcore Raised Access Flooring is an efficient solution for modern technological spaces as it combines strength, electrostatic control, and ease of maintenance.
A Anti-Static Woodcore Raised Access Floor is specifically designed to prevent static electricity buildup, protecting sensitive electronic equipment from potential damage. Its raised design allows for easy access to underfloor utilities, making it ideal for data centers that require efficient infrastructure management.
