<img height="1" width="1" style="display:none;" alt="" src="https://dc.ads.linkedin.com/collect/?pid=237593&amp;fmt=gif">
NEHP process utility and modular prefab solutions.png



Where To Begin Spec'ing Your Raised Floor System: Part 2

Posted by Adam Tarr on Aug 8, 2017 8:01:00 AM
Find me on:

Know What's Available For Raised Floor System Components

raised floor system tile options.pngRaised access floors are seeing increased popularity and usage worldwide, especially now that broader product offerings are creating new opportunities and efficiencies for a growing list of businesses.

Commercial office spaces, industrial production facilities, resorts and casinos, and technological facilities are all turning to raised floor systems to meet their space management and load-bearing needs.

Facility engineers are now faced with near limitless potential for adapting and customizing their raised access floor (RAF) systems. In addition to having to select from a range of floor panel styles, users are discovering that different support frames can be fitted with a variety of ancillaries to solve for specific application challenges.

Ancillaries can include simple sub-floor cable trays, utility boxes, airflow-vents, gas cabinets, piping modules, safety cages and more. But before getting started down that road, it pays to focus on the two most essential components when spec'ing your raised floor system.

1) Understructure

Raised access floors can be installed on adjustable or fixed frames, and the frames can be built directly on concrete, metal beam, or pedestals. Different variations of these understructure systems are possible, each with their own load-bearing, space-saving, and/or design-application advantages.

common raised floor systems and supporting structures

For designs that need to accommodate large equipment or heavy machinery, I-Beam/H-Beam understructures can carry the load while also creating increased space beneath the floor for critical support systems. I-Beam understructures are generally faster to install and enable greater flexibility for ancillary attachments and utility conduits.

For lower load-bearing applications, pedestal systems are ideal. These typically provide the benefit of lower cost and lower overall weight. As pedestal RAF systems have evolved, new products like SB Tech's ECO Al-Mg alloy have enabled the growth of equipment options to accommodate increased height and higher structural loads.

2) Surface Tiles

Raised Floor System Perforated and Grated Floor Tiles.jpg

Just as the support structure of the floor should be spec'd for various heights, load bearing needs, and utility configurations, one must also consider the selection and placement of appropriate types of floor tiles to solve for similar design challenges and system requirements.

For instance, in high-purity manufacturing spaces, the use of perforated or grated tiles will enable better airflow and contamination management, which is essential to maintaining controlled environments and clean room standards. 

With new lightweight yet stronger floor tile designs by SB Tech, not only is installation, removal and re-configuration easier, but our raised access floors can now withstand heavier point-loads, thus introducing the advantages of these systems to new industries and processes.

To learn more about the ECO Al-Mg products we offer, please feel free to:

Request A Discovery Call

In Summary

Given all of the design requirements that we covered in Part 1 of this series, as well as the component selection options covered here, it becomes evident that the business of raised floor systems is an engineering specialty in itself.

To review, some of the more common engineering considerations include:

  • Calculating and designing for clean room laminar air-flow specifications, including the selection of corresponding floor tiles to direct air as designed both under the floor and throughout the room
  • Height and load planning, including surface load distribution for current manufacturing conditions as well as taking into account potential future manufacturing opportunities
  • Utility and sub-floor equipment configurations. Optimizing the specific location of ancillary equipment and utilities under the floor to reduce congestion in the work space and improve facility efficiency and safety

Getting all of these factors right from the start, and ensuring that the raised floor system can be physically assembled in the as-built environment requires an experienced team. When choosing your raised access floor system it is also extremely important to pick a manufacturer that can assist with your overall design and planning needs. 

Topics: NEHP, ECO Al-Mg, Raised Floor System Components