Used in modern offices and other specialized centers like IT data
centers, command centers, computer rooms (and even in modern homes),
raised floor systems are a special kind of flooring structured on an
elevated level on top of a substrate made of concrete slabs. Their main
purpose is to facilitate the route of different cables and mechanical
services, electrical supply and wiring while concealing them.
But
not all raised floor systems are the same. There are different types of
raised flooring, including systems made of wood core, that are mostly
covered with HPL or PVC tiles to make the floor’s surface
wear-resistant. There are also water-resistant raised floors, as well as
infill panel floors (these are best maintained if HPL, PVC or carpet
raised flooring systems are used). Another type of raised flooring
system is the AO floor, which is generally used when dealing with a
large number of cables and wires.
Although they greatly reduce the
size of the rooms, raised floor systems use floor space more
efficiently. Some of the other advantages of raised flooring include:
Cooling.
The raised floor systems offer efficient cooling features, which is
essential to maintaining the temperature of a workstation or a home. The
chilled pipes control the cool air that runs below the floors, helping
to evenly distribute the airflow.
Flexible. The
flexibility of the raised floors is what has made them so popular. The
tiles are lightweight and interchangeable, making them suitable for all
kinds of floors. Raised floor systems are especially useful for data
centers, where there are frequent modifications and improvements (such
as changing or repairing the wires).
Suppression of fire.
When there are innumerable electric wires and cables operating around
the clock, it is important to protect yourself from short circuits and
fire breakouts. The raised floor systems are constructed in such a way
that they provide grounding ability through a unique copper grid while
maintaining electrical continuity. The flooring has excellent barriers
against fire, placed between the afore mentioned equipment and the base
cables (additionally, the materials used are non-combustible).
Installing fire shut-offs that are automatic is also a good idea, as
they can effectively help in preventing fire from spreading.
There
are various raised floor system manufacturers that offer different
raised floors, made of many materials, dependent on your needs. For a
complete renovation, contact a professional in your area for more
information.
You can get more information about
Raised Floor Systems and
Antistatic Flooring by visiting Mantara Construction.
Per the latest EOS ESD 2020 guidelines, anti-static floors are compliant, despite the fact that their necessity has been under debate until recently. The superlative of the abecedarian side of the argument is that anti-static flooring has been modified to be in par with today’s standards for flooring in a wide conductive range. For example, (<1.0E06 RTG per S7.1) ESD and static control flooring -- for flooring that typically falls in a static dissipative range (>1.0E06 <1.0E09) – it may see a marginal increase in conductivity.
The most commonly debated matter regarding past usages of now antiquated anti-static floors centered upon the fact that older formulations actually tended to increase the levels of resistance. This is not the case any longer, thanks to newer and emerging technologies that have leveled the playing field and made anti-static floors more accessible for more businesses.
So why and how can anti-static floors actually reduce operating costs and last longer than typical flooring? Do anti-static floors have remunerative benefits that steep past just the reduced conductivity and resistance levels that are currently lauded? The answers to these questions are as follows.
Tribocharging is a big concern with anti-static floors. This is no longer nearly as much of a worry for business owners in lieu of the fact that high speed polishing reduces conductivity. This is, of course, dependent upon the environment in which the flooring is situated. A more humid environment can increase conductivity, whereas a less humid environment is desirable for high speed polished anti-static floors.
High speed polished anti-static flooring offers a plethora of other benefits to the business owner, including:
- The conductivity levels are normalized, and even in humid environments, these types of anti-static floors top other similar types in recent testing models (always test flooring patches before opting for a brand to ensure optimal conductivity).
- The high-speed polish safeguards the investment in anti-static floors.
- They are more resilient to wear and tear and can be re-polished again at a later date.
- Heel and scuffmarks can be easily removed, increasing the floor’s lifecycle exponentially.
- Reduces tribocharging even in humid manufacturing environments.
- Seals the seams and porosity.
- Increases overall chemical resistance.
- The high gloss and high-speed polish finish features brilliant and sheen couture, with a high commercial appeal that glistens.
The polish lasts longer and reduces overall maintenance costs dramatically.
You can get more information about Underfloor by visiting Anti-static Floors
