Applications for noise control
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Noise control is one of the most
significant concerns in industries, architecture and numerous other
applications. Noise control not only contributes to a more comfortable
environment. When vibration gets out of hand, it can cause mechanical damage
and other hazards to equipment, buildings and much more. There are a variety of
solutions used for noise control but many of them are improvements upon
technology that has been around for many years.
Injection Molded Rubber
Injection molded materials are among the
most frequent solutions to noise control. The applications for these types of
noise barriers include a great many different scenarios with which most people
are familiar. For instance, injection molded materials on the interior of car
doors provide noise control that keeps the road noise from overtaking the
environment inside the cab. Of course, these materials also provide a buffer
that prevents the metal parts of the door from being damaged by the vibrations
generated when driving.
These materials are also found in a similar
application in industrial buildings. Seals on doors provide a way to keep the
noise of manufacturing restricted in one particular area of the building. They
also provide an important environmental control by preventing materials from
one section of the building from contaminating the other.
The Implications of Noise
Noise is much more than a nuisance. Noise,
of course, is produced by concussion waves in the atmosphere. In an environment
where noise levels are sufficiently high, these concussion waves can translate
into vibrations that can damage machinery, electronic equipment and that can
cause a serious health hazard. Rubber is commonly used as a noise controlling
material. There are numerous different types of rubber available, some of them
synthetic and some of them natural. Many of them are enhanced with other
materials to give them greater softness, flexibility or other characteristics.
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In many cases, rubber molding is used to
provide both shock absorption and noise control. These applications include
ones where large machinery has a significant range of motion that, of course,
generates a great deal of energy. Rubber molding can help absorb that energy
and dissipate it harmlessly instead of having a transmitted to the atmosphere
is noise or transmitted to other machinery as force.
Rubber molding is also used extensively in
computer technology. While computers don't generate anywhere near the amount of
energy during their operation that industrial machinery does, their parts are
much more sensitive. Most of the computer fans and other equipment used in
computer cases have rubber molding included on it to provide a better seal and
to make sure that vibration doesn't cause damage to the parts.
Noise control is a huge consideration for
any industry. In addition to keeping employees safe from permanent damage to
their hearing, it also keeps machinery safe from being damaged due to the
amount of energy that noise can transfer. Most of the time, the materials used
to keep noise in check include rubber and synthetic rubbers that have been in
use for many years and that still provide remarkably reliable results.
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