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Building Moisture
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Moisture is found in every building, and in every
home, everywhere.
If left alone and allowed to accumulate,
moisture can lead to various problems such as mold
growth and serious structural integrity issues.
Moisture is the number
one
factor that causes buildings to deteriorate, and it
is the number
one
ingredient needed for mold growth. Mold can begin to
grow in as little as 24 hours in damp areas with
temperatures between 40°f and 95°f
(growing best between 77°f and 86°f).
An infrared scan
will
not
directly detect the presence of mold.
The inspection will only locate or detect
moist areas where mold may develop.
When
the structural integrity of a building is
compromised by moisture, some of the areas affected
are: reduced or permanently damaged insulation,
rotten wood, corroded metals, staining of brick or
concrete surfaces, deterioration of concrete,
separation of bricks, crumbling mortar, and
delamination.
With
the use of an infrared camera, moisture and
wetness in our building structures and building
materials can be identified long before major
problems begin (if the moisture is caught early on).
Infrared imaging is also in invaluable for tracing
down where an established leak might be coming from.
It is highly recommended that you have a
thermal imaging specialist out to your home or
business if you suspect the existence of wetness or
moisture.
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Indoor water or moisture can originate from many
sources including breaks in a plumbing line,
leaks in toilets and sinks, overflowed tubs, or
broken dishwashers. Keep in mind that once there
is visible water damage, like discoloration on
drywall, the damage will exceed the
discolored area.
Outdoor sources of moisture may include the
weather (rain, hurricane, snow, humidity, ect.),
leaking hose bibs, air conditioner
condensation lines, roof drains, and
downspout or sprinkler system deflection.
Moisture or water may enter your home or
business via the roof, if the roof is not up
to par.
When a roof leaks, damage occurs
beyond the water dripping into the building.
Once water has penetrated the roof,
it begins to be absorbed by the insulation,
and then runs down the structure to meet the
ceiling and interior walls.
After a sunny day, dry insulation
cools quickly, but the wet insulation does
not.
As a result, the moisture soaked roof areas
appear quite clearly in an infrared scan.
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