22 questions, 4 topics
Frequently Asked Questions
True polyurea vs. epoxy and polyaspartic, industrial and infrastructure applications, cost and process, and residential garage and driveway coatings — the questions we hear most from facility managers, municipal buyers, agricultural operators, and homeowners, organized by topic.
True polyurea vs. epoxy & polyaspartic
True Polyurea vs. Epoxy & Polyaspartic
What is true polyurea, and how is it different from polyaspartic or epoxy?
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True polyurea is a plural-component, spray-applied elastomer that reacts and gels in seconds to minutes. Epoxy is a rigid thermoset that cures over hours to days, and polyaspartic is a faster-curing but still liquid-applied hybrid. Polyurea is the fastest-curing and most flexible of the three.
Why is polyurea considered more flexible than epoxy?
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Polyurea can elongate several hundred percent before failing, letting it bridge cracks and absorb structural movement. Rigid epoxy cracks or delaminates under the same stress.
Is polyurea more chemical-resistant than epoxy?
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For most industrial acids, fuels, and solvents, yes — polyurea's chemistry and seamless application make it the standard choice for secondary containment and chemical-processing environments.
How fast does true polyurea actually cure?
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Gel time is measured in seconds to minutes, and the surface is typically tack-free and walkable within about an hour, versus multi-hour-to-day cure windows for epoxy systems.
Does polyurea handle temperature extremes better than epoxy?
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Yes — its reaction chemistry is far less sensitive to hot or cold substrate and ambient conditions, which matters statewide, from Yuma summer heat to Flagstaff winter cold.
Is polyurea more expensive than epoxy or polyaspartic?
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Material and equipment costs are typically higher, but the fast cure, seamless waterproofing, and long service life often lower total project cost for industrial, infrastructure, and high-traffic applications where downtime and failure risk carry real cost.
Can polyurea be applied over an existing epoxy or concrete surface?
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In many cases, yes, with proper surface preparation and substrate testing — an assessment determines the correct approach for each surface.
For a deeper look at the mechanical case for true polyurea — cure speed, elongation, seamless waterproofing, and chemical resistance — see our complete guide to polyurea for industrial, infrastructure & agricultural sectors.
Industrial, infrastructure & agricultural applications
Industrial, Infrastructure & Agricultural Applications
What is secondary containment coating, and when is it required?
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A seamless, chemical-resistant liner applied to berms, dikes, or containment structures around chemical or fuel storage to keep leaks or spills from reaching soil or groundwater. Specific project requirements are set by facility engineering and the applicable regulatory agency.
Can polyurea be used inside a potable water tank?
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Yes, with an appropriate potable-contact-rated material system — this is confirmed and selected on a per-project basis during assessment.
Is polyurea suitable for lining irrigation canals or culverts?
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Yes — its seamless, flexible, fully-bonded membrane is well suited to canal and culvert environments where joints and seams are the usual failure point.
How fast can a water tank or containment structure return to service after coating?
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Because polyurea cures in minutes rather than days, tanks and containment structures can typically return to service far faster than with epoxy-based systems, minimizing operational downtime.
What agricultural applications use polyurea coatings?
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Feed troughs and feed lanes, tank and lagoon linings, wash-down and milking-parlor floors, and loadout/equipment areas — anywhere daily moisture, waste exposure, and heavy traffic wear out ordinary concrete or paint.
Can you coat a facility without shutting it down completely?
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In most cases, yes — phased application and off-hours scheduling let industrial, municipal, and agricultural facilities keep operating during the project.
Do you work with municipalities and water districts directly on bid projects?
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Yes — the commercial/municipal bid process covers facility assessment, material specification, and scheduled application for public and district projects.
See our secondary containment & chemical-resistant coatings and water & wastewater infrastructure coatings pages for how these applications work in practice, statewide.
Cost, process, warranty & working with us
Cost, Process, Warranty & Working With Us
How do you price an industrial or municipal project?
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Industrial, infrastructure, and agricultural projects are bid individually based on square footage or volume, substrate condition, material specification, and site access — request a site assessment for a project-specific bid.
What does the coating process actually involve?
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Site assessment and substrate testing, surface preparation (grinding, cleaning, repair as needed), plural-component spray application, and a cure/inspection step before handoff.
Do you offer a warranty on your work?
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Yes — projects are backed by a written warranty with terms specific to the application and material system, detailed in the project bid or quote.
Are you licensed and bonded?
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Yes — licensing and bonding details are provided on request and in the project bid.
Do you travel statewide, or just to Phoenix-area jobs?
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Statewide — mobile spray equipment and crews serve Tucson, Flagstaff and northern Arizona, Yuma, and rural/industrial/agricultural sites, not just the Phoenix metro area.
How long does a typical commercial or industrial project take?
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Timelines vary by scope, but polyurea's fast cure generally shortens total project time and downtime compared with epoxy-based alternatives — a site assessment gives a project-specific schedule.
Learn more about our company, licensing, and statewide process, or request a site assessment or bid for a project-specific answer.
Residential garage & driveway
Residential Garage & Driveway Polyurea
Do you install true polyurea on residential garage floors, or just commercial work?
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Both — the same industrial-grade polyurea material and application process used on infrastructure and commercial projects is used for residential garage and driveway coatings, scaled to the home.
How long before I can park in my garage after a polyurea coating?
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Because polyurea cures in minutes rather than hours, vehicle-ready times are typically much faster than epoxy systems — an installer will confirm exact timing based on the specific product and site conditions.
See our residential garage & driveway polyurea coatings page for what the install looks like, or request a free residential quote.
Get a free on-site assessment
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