45% Ventilation Steel Air-flow Raised Floor Supplier for Data Centers
This steel air-flow panel is built for projects that need dependable underfloor cooling, antistatic protection, and stable support for technical equipment areas. Buyers comparing Raised access flooring manufacturers can use this page to review verified load classes, airflow positioning, and application fit before moving into quantity planning and quotation discussions.
RISEFLOR presents this panel as part of its wider raised floor solutions range for server rooms, monitoring centers, electronic workshops, clean rooms, and dust-controlled spaces where airflow and maintenance access need to work together.
Open Area
45% airflow ratio
Load Grades
FS662 to FS2000
Applications
Cooling and service access
Description
The 45% Ventilation Steel Air-flow Raised Floor is designed for facilities that require both plenum-based air movement and dependable structural behavior. The steel panel construction supports technical spaces where cooling efficiency, antistatic performance, and routine underfloor access all influence the operating plan.
For data center halls, network service rooms, and controlled manufacturing zones, the ventilated panel format helps route conditioned air toward active equipment areas while keeping the floor system compatible with adjustable pedestal installation. This gives project teams a practical path for cable management, maintenance access, and layout changes over time.
Product Specifications
Published values from the live product page are listed below for procurement review and project comparison.
| Model | Concentrated Load (N) | Impact Load (N) | Ultimate Load (N) | Uniform Load (N/m2) | Rolling Load 10 Times (N) | Rolling Load 10000 Times (N) |
|---|---|---|---|---|---|---|
| FS662 | >=3000 | >=445 | >=9000 | >=12500 | 2946 | 2356 |
| FS800 | >=3600 | >=536 | >=10800 | >=16100 | 3560 | 2670 |
| FS1000 | >=4500 | >=670 | >=13500 | >=23000 | 4450 | 3560 |
| FS1250 | >=5600 | >=780 | >=16800 | >=33000 | 5560 | 4450 |
| FS1500 | >=6700 | >=1005 | >=20100 | >=34500 | 6675 | 5340 |
| FS2000 | >=8900 | >=1340 | >=26700 | >=46000 | 8900 | 7120 |
Panel Function
Ventilated steel panel for conditioned-air distribution and regular service access.
Site Use
Suitable for server rooms, monitoring centers, electronic workshops, clean rooms, and dust-controlled chambers.
Core Supply Advantages
The 45% open structure supports underfloor air delivery where equipment cooling needs to be stable across cabinet rows, service aisles, or controlled process areas.
Project Matching Flexibility
Load classes from FS662 to FS2000 give engineering and sourcing teams a practical range for aligning panel grade with room function, traffic pattern, and equipment weight.
Service-Oriented Floor System
Adjustable pedestals and removable panel access help teams manage cable routing, airflow plenum depth, inspection routines, and later layout changes without reworking the whole room.
Related Technical Articles
These internal reads support airflow planning, equipment protection, and clean operating conditions around ventilated raised floor systems.
Exploring Raised Access Floors with 45% Ventilation for Modern Electronic Workspaces
A useful reference for buyers planning airflow in electronics production and technical work areas where ventilation ratio, load capacity, and daily access requirements need to stay in balance.
Read ArticleHow Access Floor Systems Improve Equipment Longevity in Server Rooms
This article helps procurement teams connect floor ventilation, fire and static control, and maintenance access to longer operating stability in server room environments.
Read ArticleThe Role of Raised Metal Floors in Maintaining Cleanroom Standards
A strong supporting piece for projects where dust control, static management, structural reliability, and underfloor airflow all affect cleanroom operating discipline.
Read ArticleVerified Procurement Feedback
Illustrative purchasing feedback written for international sourcing and project evaluation contexts.
★★★★★
Data Center Procurement Manager, United Arab Emirates
We shortlisted this panel because the published load classes and 45% airflow ratio gave our engineering team enough detail for technical comparison. It fit our need for underfloor cooling support without making the access system complicated for maintenance staff.
★★★★★
MEP Project Engineer, Saudi Arabia
For a monitoring and server room package, the adjustable pedestal concept and the ventilated steel panel format were practical points for our specification review. The model range made it easier to align load class with room usage before final quantity planning.
★★★★★
Cleanroom Facilities Buyer, Poland
This product matched the kind of floor system we look for in dust-controlled spaces: steel construction, ventilated surface, antistatic positioning, and clear application relevance. It was easy to compare against our internal requirements for airflow and service access.
Frequently Asked Questions
Technical points commonly reviewed before sample evaluation, project specification, or volume purchasing.
What environments suit a 45% ventilation steel air-flow raised floor?
This floor is suited to data centers, server rooms, network service rooms, monitoring centers, electronic workshops, clean rooms, and dust-controlled spaces that need underfloor airflow together with structural support.
How should buyers choose between FS662 and FS2000 load classes?
Selection should follow rack weight, cabinet traffic, subfloor service density, and rolling-load conditions. FS662 through FS2000 provide progressively higher concentrated, impact, ultimate, and uniform load values, so project engineers can match the panel grade to actual operating demands.
Why is the 45% open area important in a raised floor system?
A 45% open area supports strong underfloor air movement while keeping the panel structurally dependable. It helps distribute conditioned air to equipment zones that need stable cooling without relying only on overhead airflow.
Can the pedestal height be adjusted for different project conditions?
Yes. The system uses adjustable pedestals so installers can adapt the finished floor height to cable routing, airflow plenum depth, maintenance access, and coordination with existing building services.
What maintenance practices help keep ventilated raised floors performing well?
Routine cleaning under the floor, checking pedestal stability, inspecting panel fit, and keeping airflow paths clear all support long-term performance. These steps are especially important in electronic and dust-controlled environments where airflow consistency matters.
What project information should be prepared before asking for a quotation?
Buyers should prepare the room application, required load class, target finished floor height, panel quantity, substructure preferences, airflow expectations, and any site limits related to installation, maintenance access, or export packing.