You may be wondering about your alternatives and which is best for your project if you’re considering of putting a floor coating (also known as a concrete coating) to your house.
You’ve undoubtedly come across polyaspartic and polyurea a lot while reading about various floor coating kinds.
Concrete coverings made of polyaspartic and polyurea are increasingly popular among homeowners. They have a lot of the same advantages and are both incredibly strong and long-lasting.
What is a polyurea coating?
One of the most widely used kind of concrete coatings is polyurea. Through step-growth polymerization, the elastomer polyurea joins an isocyanate substance with a synthetic resin.
What are the advantages of polyurea coatings on concrete?
Concrete coatings made of polyurea have a lot of advantages that make them durable.
The following are some advantages of polyurea concrete coatings:
- Extremely strong and adaptable
- Resists changes in temperature
- High resistance to impact
- Not prone to fading
- Quick dry time
What is a polyaspartic floor coating?
Since polyaspartic concrete coatings are a polyurea derivative, they share many characteristics. A partially blocked amine (a nitrogen-containing chemical product) reacts with an isocyanate to produce a distinct kind of polyurea, which is then converted into a polyaspartic compound.
Similar characteristics can be seen in polyureas, polyurethanes, and polyaspartics. They are all polymers, belong to the same family, and were all made using the same method.
What are the advantages of polyaspartic coatings on concrete?
Due to their similar chemical composition, polyurea and polyaspartic coatings offer many of the same advantages.
The following are some advantages of polyaspartic floor coatings:
- Low volatile organic compound levels
- Quick dry time
- Oil- and stain-resistant
- UV stable, impact- and scratch-resistant
- High-gloss surface
Which is Superior, Polyaspartic or Polyurea?
A form of polyurea, polyaspartic has been improved to address the problems that polyureas have. Since polyaspartics have a longer pot life, they are simpler to install and have better adhesion to concrete surfaces. They are more UV-resistant as well. However, it’s crucial to keep in mind that not all polyasparttics are made equal; the polyaspartic must be 100% aliphatic if the product is to be completely assured that it won’t become yellow over time. Many polyaspartics only have a 51% aliphatic content, which leaves you vulnerable to UV discolouration.