If choosing between Polyaspartic and Epoxy flooring, it often boils down to this one question: Which one is cheaper? After all, while both provide pretty durable finishes, their pricing does vary.
The Cost Comparison Polyaspartic Flooring
Epoxy flooring generally ends up being more budget-friendly than polyaspartic since the average cost for installing an Epoxy concrete floor is from $3 to $7 per square foot.
Polyaspartic flooring, on the other hand, can be anywhere from $4 to $12 per square foot, though, admittedly, this is because of the advanced durability and quick curing time.
Why Does Polyaspartic Cost More?
Durability and flexibility: Polyaspartic coats are crack- and UV-resistant, and though Epoxy does have those features, Polyaspartic ends up better in comparison, thus costing more.
Installation time: Then there’s the fact that Polyaspartic cures faster. Unfortunately, though it reduces downtime, it does need more higher-grade materials and expertise, meaning higher pricing.
Longevity: Finally, Polyaspartic floors last longer, which means the expertise required and the longevity promised allow them to have higher initial costs. However, do remember that this means they can save money over time.
When to Choose Epoxy Flooring
On the other hand, if you’re a homeowner who wants to figure out how to seal concrete and save on costs while fixing up your garage and flooring, then a concrete epoxy floor is an excellent choice.
Still, don’t forget — it’s a complex job, and to get the best results, you might want to hire experienced garage floor coating contractors near me, especially for longer-lasting results.
The Bottom Line: Explore Your Options
Both Polyaspartic and Epoxy are honestly great options and each has its own unique advantage that you can’t replace. Still, it’s up to you to consider what you need, and what will serve you best.
If you’re more budget-minded and don’t mind the slightly less long-lasting option, Epoxy is great. But if you want something for industrial purposes and need extra durability, then consider Polyaspartic!
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