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The Pole Barn Structure
Quality And Longevity Of The Metal And The Finish
An important structural factor is the quality of the metal and how it stands up
over time. Cheap metal fades in 8 -10 years and it will rust or start to rust.
Superior grade metal, which is available for minimal extra cost, has excellent
color retention for as much as 25 years.
Three things basically differentiate superior metal and inferior metal: the amount
of zinc in the metal, the quality of the paint finish, and the strength (psi)
(pounds per square inch) of the steel base sheet being used.
First The psi strength of the steel base sheet is an important factor. Not all
29-gauge metal is created equal.
It has a tolerance, whereby the cheap manufacturer is buying the thin end of the
tolerance and the superior manufacturer is buying the thick end of the tolerance.
Insist on the thick end with a psi strength of at least 80,000 psi.
While there are 5 or 6 companies that distribute steel roofing and siding in
Central New York, there is only one company that makes a superior steel product.
This company is called Fabral.
Second Is how the amount of zinc in the base metal correlates to how quickly your
Pole Barn is going to rust or not rust. Again, Fabral is the only company that
uses 1.2 ounces of zinc per square foot, 33% more than its competitors use.
Be aware that not every builder buys the same metal. Insist on a builder that
uses Fabral metal with the long-lasting zinc coating. If he doesn't, look for a
builder who does.
Third Consider the quality of the paint finish. Cheap manufacturers use a
siliconized polyester paint finish which shows noticeable fade in 8-10 years.
Insist on a SUPER ALURITE 2000 paint finish, which has superior color retention
over time, with no noticeable fade for 25 years. Fabral uses only a SUPER ALURITE
2000 finish.
Remember, these three things are VERY IMPORTANT: High zinc content, superior psi
strength and that great paint finish.
The Quality of the Poles
A long piece of timber used as a pole is not an engineered product. Make sure
you get an engineered product so it is stronger and straighter. Because it is
an engineered product - it is engineered to take more stress. Make sure you get
maximum strength and load bearing with a proven engineered product by insuring
that all buildings 12 feet and taller utilize an engineered and laminated pole.
Here Is The Kind of Advice We Would Give To Our Best Friends ... If They Wanted To
Have A Pole Barn Built ...
"Careful! Some Builders "Stretch" The Engineering Specs"
Some builders build differently. Remember that your Pole Building is 2/3rds
material and 1/3rd labor. Some builders take the envelope or the structure
of the building and instead of putting these posts at 8-foot centers and a
roof truss on 4-foot centers; they "stretch the envelope".
They put the posts on 9-foot centers and trusses on 4 ½ foot centers and
when you add it up over a total building - when it is a material intensive
building - there is less material in the total job so they can make more profit.
Also, with less material, there is less handling of that material, so there
is less labor and more additional profits. Make sure this doesn't happen
with your new Pole Barn. Insist on posts on 8-foot centers and a roof truss
on 4-foot centers.
Click here to get our FREE Report - How to Choose The Right Pole Barn.
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