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Reasons for Reaves
Reason number 1: We sell a totally engineered building.
With a totally engineered building, qualified & experienced suppliers put their resources together to create a reliable product. Some of the partners coming together for Reaves are Component Manufacturing Company, and Robbins Engineering. We also use Engineering Technical Services for in-plant inspections, design certification and quality control.
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| A Better Solution •
Better Insulation • More Energy Efficient • Better For The Environment • Better Strength • Myth vs. Truth
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There are many misconceptions
about the strength of steel compared to wood engineered buildings. We invite
you to take a closer look at some of the common myths, and compare the myth to
the truth.
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Myth
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Fact
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"Using steel is better for the environment than using
lumber."
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Wood is biodegradable and 100 percent renewable; steel is not.
Wood products come from forests containing growing stocks of timber that can
supply future generations. Steel, on the other hand, comes from materials mined
from the Earth, never to be renewed or replaced. Even "recycled" steel contains
are large percentage of virgin, non-renewable material.
A majority of the lumber and wood products used today in the U.S. come from
domestic supplies, where forest management methods and reforestation practices
ensure a sustainable, endless supply. However, much of the steel used in the
U.S. comes from foreign countries, where there are few, if any environmental
protections.
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"Steel is more energy efficient than wood."
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Studies by the Wood Science Laboratory, Inc. show that it takes
nine times the energy to produce a steel stud compared to a wood stud.
As for "insulation performance", wood as a material exceeds steel in heat loss
resistance and is a better insulative material.
Wood walls can just as readily be made as thick as steel walls. It is the
thickness of these walls and the insulation contained within that determines
the energy efficiency - not just the framing materials used.
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"Steel is virtually fire-resistant and insect-proof."
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Fire is a common scare tactic employed against wood. Granted wood
burns and steel doesn't. But steel is far from invulnerable to the effects of
fire. In fact, wood retains its structural strength under extreme heat for a
longer time, while steel loses strength quickly and begins to melt, even under
short exposure times. There are numerous examples of steel buildings collapsing
into a mass of twisted metal after a fire, while wood timbers remain standing
charred but intact.
The contents, the real value of a home, will be destroyed by fire whether it's
surrounded by wood or steel studs.
Claims of lower fire insurance rates for steel-frame homes are false. Steel
framing alone does not guarantee lower insurance rates.
The danger to wood frame from insects is overstated and is another scare tactic
used by non-wood product manufacturers. Proper design and, if necessary,
treatment protections minimize, if not eliminate threats from termites and
other insects.
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"It's easier to remodel a steel structure."
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Few homeowners or professional remodelers have tools such as
welders or cutting torches readily available to alter steel structures. But
wood is an easily workable material that any do-it-yourselfer can - and does -
use. Every homeowner knows that.
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"Lumber supplies are dwindling and wood may not be available
in the future."
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The so-called wood products "shortages" are artificial, caused by
over-zealous environmental regulations which have locked up productive
timberlands and ignored the multiple-use principles which have guided U.S.
forest management for decades. Only half of the forestland in the West is
available for timber harvest, the remainder is set aside for wilderness, parks,
and wildlife habitat. But the working forests are large enough to "grow" enough
wood products to build 1.6 million homes each year, year after year, endlessly
into the future.
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