resin flooring contractors

If you want to learn more about how to choose a resin flooring contractor, there are several different things you can look into. For example, you should consider how reputable the company is, and you should also look at previous clients. In addition, you should also look at what the company offers, including a statement of work, referrals, and more.

Referrals from previous clients

Getting a good referral can be like a shot in the dark. The reward is in the form of a happy client who is willing to recommend your services to their peers. As an added perk, you are in a better position to deliver a stellar product in a timely fashion. Keeping customer satisfaction top of mind throughout a project can make the difference between a happy customer and a sour note.

The best way to go about it is to treat it as a business, and that means a proper work schedule. Regardless of your line of work, you must take your responsibilities seriously. This includes a good customer service policy, which will not only keep the customer happy, but also help you grow as an individual. Of course, if you are a large company, you have to be sure to maintain a high level of employee morale, which is a challenge in its own right.


The best way to get started is by scheduling a site visit from at least three reputable resin flooring contractors. This will give you an opportunity to see their work first hand and find out for yourself if they’re a cut above the rest. Afterwards, you can make a more informed decision when it comes to hiring the right person for the job. Whether you hire a contractor, or do the work yourself, you’ll definitely want to include a detailed Statement-of-Work in your toolbox.

In addition to the typical contract, you’ll want to take the time to learn about your prospective vendor’s business practices and insurance coverages. You’ll also want to ensure they are able to perform the tasks at hand in a timely fashion. Taking a proactive stance will go a long way in ensuring a positive experience. If possible, you may even consider appointing them as an authorized representative on your staff.

Substrate sealant

Sealant adhesion is a key element in the sealant selection process. In order to achieve proper adhesion, a manufacturer needs to perform tests on the substrate they are working with. Fortunately, there are a variety of methods to determine the adhesion of a sealant.

The ASTM C1521 test is a simple and common field test to measure adhesion. It uses a sealant that has cured in the test chamber. Once the sealant has been cured, a strip is adhered to the substrate and a tester pulls on the strip. If the pull results in a failure, the sealant was not able to adhere.

There are also tests that can be performed on the job site. Some manufacturers may use these procedures in their labs or on site to determine the ability of a sealant to adhere to a substrate.

Another test that is often used in the laboratory is the ASTM C794 screening test. This is a non-compressive test that can be applied to most job site substrates.

Epoxy vs polyurethane

One of the most important choices you will make when it comes to the flooring in your industrial or commercial facility is choosing between epoxy and polyurethane. Both options offer advantages, but there are some key differences to keep in mind.

Epoxy and polyurethane are both durable coating solutions. The main difference between these two types of floor coatings is the chemical composition and the way it reacts to moisture and humidity.

In general, polyurethane is more durable. It has better chemical resistance. Polyurethane also has the ability to add UV protection and mechanical resistance to your floor. This makes it a more versatile coating solution.

While epoxy is generally used as a primer, polyurethane can be a top coat as well. Using polyurethane over epoxy gives you a more durable finish. You can choose between clear and colored polyurethane.

Urethane can be applied over acrylic color chips for a high gloss look. They are also more UV stable than epoxy.