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Bare Panel
Raised Floor System
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Bare Panel Raised Floor System
Bare panel raised floor refers to a type of raised access flooring system that consists of panels without any additional surface finishes or coverings. These panels are typically made from materials such as steel or concrete and are designed to provide a sturdy, flat surface for various applications, particularly in commercial and industrial settings.
Title | Property |
|---|---|
Panel dimension | 600 x 600 mm |
Thickness | 33 mm |
Top | ST14 Stell Shell |
Core | Light Cement |
Structure of the Panel
HPL Raised floor is a composite rasied movable floor with full metal and aluminum honeycomb structure inside. Filled with light cement and the margins are fixed with black conductive edge strip.
HPL Surface panel
Galvanzied steel sheet
Aluminum honeycomb core
Light Cement
1. Structure
The Panel typically consists of a steel top steel top sheet welded to a formed steel bottom sheet, filled with a lightweight cement mixture. This creates a strong, durable, and lightweight contruction.
2. Surface Material:
The top of the panel is covered with High Pressure Laminate(HPL), which is the most common surface covering used on access floors. HPL is a floor-grade lamincate that provides serveral benefits:
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Static dissipation
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Easy to clean and maintain
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Durable walking surface
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Anti-static properties
Key Features of HPL Panel Raised Floors:
Load Capacity:
HPL Raised floor panels are designed to handle various load requirement, typically ranging from 800 to 1500 lbs concentrated load.
Applications:
These panels are commonly used in commercial and industrial settings where underfloor access is required, such as offices, data centers, and other facilties that need flexible cable management and airflow systems.
5. Additional Features:
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Fire - resistant and non - combustible
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Waterproof
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Corrosion - resistant
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Long service life
Purpose and utility.
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Supporting Data Center Equipment:
Data centers house heavy and sensitive equipment such as servers, routers, and switches. Raised floor panels provide a sturdy platform for this equipment, allowing easy access for maintenance, upgrades, and efficient cable management.
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Enhancing Airflow and Cooling Efficiency:
Maintaining optimal temperatures in data centers is crucial to prevent equipment overheating. Raised floors enable underfloor air distribution, delivering cool air precisely where needed. This system works alongside HVAC (heating, ventilation, and air conditioning) systems, ensuring consistent and energy-efficient cooling, which directly impacts server rack performance and equipment longevity.
Installation Detail
Model | Concentrate Load | Impact Load | Ultimate Load | Uniform Load | Rolling Load (10 Times) | Rolling Load (1000 Times) |
|---|---|---|---|---|---|---|
JS 2500 | ≥ 11092 N / ≥ 2493 lbs | 670 N / 150 lbs | ≥ 33292 N / ≥ 7483 lbs | ≥ 58281 kN/M² / ≥ 13101 lbs/M² | 8800 N / 1978 lbs | 6690 N / 1503 lbs |
JS 2000 | ≥ 8890 N / ≥ 1998 lbs | 670 N / 150 lbs | ≥ 26680 N / ≥ 5997 lbs | ≥ 49783 N/M² / ≥ 11191 lbs/M² | 6600 N / 1483 lbs | 5590 N / 1256 lbs |
JS 1500 | ≥ 6695 N / ≥ 1503 lbs | 670 N / 150 lbs | ≥ 20092 N / ≥ 4516 lbs | ≥ 42583 N/M² / ≥ 9573 lbs/M² | 5500 N / 1236 lbs | 4490 N / 1009 lbs |
JS 1250 | ≥ 5595 N / ≥ 1256 lbs | 670 N / 150 lbs | ≥ 16797 N / ≥ 3776 lbs | ≥ 33084 N/M² / ≥ 7437 lbs/M² | 4490 N / 1009 lbs | 3590 N / 807 lbs |
JS 1000 | ≥ 4498 N / ≥ 1000 lbs | 670 N / 150 lbs | ≥ 13494 N / ≥ 3033 lbs | ≥ 23296 N/M² / ≥ 5237 lbs/M² | 3590 N / 807 lbs | 2950 N / 663 lbs |
JS 800 | ≥ 3596 N / ≥ 807 lbs | 670 N / 150 lbs | ≥ 10799 N / ≥ 2425 lbs | ≥ 19796 N/M² / ≥ 4450 lbs/M² | 2900 N / 651 lbs | 2500 N / 562 lbs |
*Tested by the world's leading Testin, Inspection and Certification
SGS S.A.
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