Case Study
30 Month Review – Still Amazing!

Overview
1

In August 2016, we were asked to restore a 2003 SeaVee by applying our marine ceramic coating. The SeaVee had lost its yellow color with constant exposure to the harsh Florida sun.

In January 2019 (30 months after the initial application), the boat owner reached out again for a reapplication of our marine ceramic coating.

This case study will help demonstrate to other boat owners, detailers, marina's and boat yards on the performance of the Glidecoat marine ceramic coating and the necessary steps for reapplication.

Boat Name:

Many boat owners are skeptical about ceramic coatings with the biggest concerns centered around the longevity of the coating and if they are worth the cost compared to a traditional buff and wax.

Dean's 2003 SeaVee is the perfect example of how amazing ceramic coatings really are, and how they protect your boat from the elements far better than any wax.

Before the initial application in August 2016, Dean's boat was in terrible condition. The once yellow hull had completely lost its luster from the harsh Florida sun, with gloss meter readings registering in the mid-teens and as low as single digits.

Once completed with our first application of Glidecoat in 2016, we took this once faded and lackluster boat to a better than new finish! The gloss meter readings got as high as 92.4!

One year later we checked in on Dean's boat, and the results were impressive. The water was beading on the hull like the day we first coated it, and the gloss meter readings had reduced less than 10%!

One year of protection is nice, but the true test came in January 2019, 30 months after the Glidecoat application. If you still aren't sold on the validity of ceramic coatings, the results of Glidecoat's marine ceramic coating after 30 months will convince you!

Dean was truly amazed at the gloss and shine still on the hull, even on the port side which gets constant sun exposure. After 30 months, the gloss meter readings ranged from as low as 50.4 on the port side to as high as 85.1 on the starboard side. Not only did the hull maintain its shine, the water was still beading. This shows that the coating was still effective, not allowing salt to penetrate the pores, even after all that time.

The other amazing point was that there were no signs of oxidization on the boat. Because ceramic coatings fill in the pores of the surface and add a protective barrier, they are able to prevent oxidization from occurring, and Dean's boat is the perfect example of that.

Now that we've measured the success of the coating over the 30 months, it was time to begin the reapplication of the marine ceramic coating.