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2019-The-Process

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Epoxy floors can be confusing to many.<br />

One of the main reasons for this is, as a<br />

finished surface, most epoxy, urethane,<br />

and other seamless floor systems just all<br />

kind of look alike. Telling the difference<br />

between a low price point system and a<br />

higher price point system will show it’s<br />

difference in time but not at first look. One of the most<br />

significant indications of system performance and cost<br />

will come down to design and performance requirements.<br />

DESIGN<br />

In any epoxy floor system, the design and intended use<br />

will set the gauge for what epoxy floor should be used<br />

and specified. <strong>The</strong>re is a big difference between an epoxy<br />

floor that will be in a laboratory type area with rubber<br />

wheeled traffic, to a caustic anodizing dip line, or a foodgrade<br />

manufacturing facility.<br />

MAKING MILK<br />

At Prairie Farms several conditions need to be taken into<br />

consideration when we designed the system and installation<br />

for their coated floors. <strong>The</strong> requirements for the installation<br />

were; moist/damp area, the small time window<br />

for installation and cure, safety with slip resistance on the<br />

finished floor, and thermal shock.<br />

THERMAL SHOCK<br />

Most of these conditions are prevalent in our epoxy<br />

installs, but the <strong>The</strong>rmal Shock is one that can be misunderstood<br />

or not even known. Imagine that you have an<br />

ambient temperature room of 68 degrees. <strong>The</strong> walls, the<br />

air, the floor are all at or around 68 degrees. In a facility<br />

like Prairie Farms, safety in their manufacturing process<br />

is key; this safety means that cleaning of lines that carry<br />

milk and sanitizing their equipment is regularly being<br />

done. In one of these processes, boiling water is charged<br />

through a stainless steel tank, rinsed and then discharged<br />

onto a drain on the floor. Because of the amount and<br />

pressure of this water, it floods the floor. Now, the floor<br />

that was just 68 degrees spikes as it absorbs the temperature<br />

of boiling water.<br />

This quick change in temperature and the floors ability<br />

to handle this without cracking, or failing is called<br />

<strong>The</strong>rmal Shock.<br />

THE LONG VIEW<br />

When the right system is specified, budgeted<br />

for and installed, it’s going to set up a client<br />

for success. Any time you need to disrupt<br />

a manufacturing process, it breaks up the<br />

harmony of how they operate. When it’s<br />

done well, you need to do it once, rather than<br />

continuing to have problems, and disrupt the<br />

business on a continuous basis, because of a<br />

failed floor system.<br />

At Prairie Farms they need to process milk,<br />

and they need us to install the floors for them<br />

both timely and correctly. With the best<br />

design, we give them the floors they need so<br />

they can do what they do best.<br />

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