Industrial Applications
For industrial applications, CERAMIC COAT provides an inexpensive alternative to other high-cost industrial insulations. A professionally engineered application provides an uncomplicated, efficient solution to all of your thermal and moisture issues with the highest insulation per inch of thickness available on the market. Because it physically adheres to the surface needing insulating, it significantly reduces corrosion and rust formation, and its use may reduce wasteful insulation space and weight of structures or equipment.
CERAMIC COAT was designed to be applied over hot surfaces (up to 350 degrees F) to protect up to 500 degrees Fahrenheit. Further, it is engineered to achieve immediate adhesion while calming down hot surfaces, or over condensing pipes to stop the condensation.
When used as the primer and finish coat, we can achieve adhesion over the hot surface and create a surface that can be insulated to stop the loss of heat or heat gain on freezing lines,. Ceramic Coat will stop condensation of chilled or freezing lines with just a 1/8 of an inch coat. Our formula is so efficient that it can achieve very high insulation at less than half the thickness required by other products.
Marine - Stem to Stern!
Ceramic Coat is used on marine vessels in a variety of applications such as to insulate and prevent condensation within the entire hull and crew cabin. Ceramic Coat can be applied in the engine room, the bridge, and all decks between!
A few examples of successful marine applications are: piping, air duct work, tanking, walk-in refrigeration compartments, crew quarters, bridge and cabin exteriors, and engine rooms.
Have a unique project challenge?
Since Ceramic Coat thermal barrier insulation is manufactured in the U.S.A. by our in-house Ceramic Coat team (in-house manufacturing = quality control), our staff chemists and engineers can develop custom solutions to help overcome your specific project challenges.
Contact Us with a description of your project that includes substrate type, application, ambient conditions, surface temperature, and overall desired result, and we’ll get to work on developing a solution and a quote to meet your needs.