Applications include controlling radiant heat, personal protection, reducing and / or eliminating condensation and blocking energy transfer from one substrate to another. The coating is also used to provide a multifunctional product that protects and insulates in a specialized coating material. When included in a safe touch coating system, ENOVA airgel products can help prevent contact burns and provide the flexibility of the product needed to effectively cover potentially difficult surfaces. When formulated with a high thickness of dry film per layer, there is the option to apply one or two layers to provide a “sure to touch” surface, as recommended by the Occupational Safety and Health Administration . With the benefits of airgel additives in our wide range of installed safe touch applications, it is easy to understand why our ENOVA airgel has a proven reputation as the best additive solution for thermal insulation coatings. When the term is called insulation, which generally comes to mind are the well-known forms of insulation that most people have seen before: pink fiberglass bats used in attics and walls, or expanding aerosol foam products that seal cracks and cracks.
Click below to request more information and a free example of this innovative product. Commercial and industrial companies will benefit from insulating coatings. Insulation coatings perform better in many ways than traditional insulation methods.
Each gallon of FlexThermacoat will cover approximately 100 square feet depending on the surface conditions and the efficiency of the application. A medium thick layer creates a 12,000 wet film that will dry up to about 6,000 dry film. Therefore, after two layers, the total effective dry film will be about 12,000. The drying time at 70 ° F and 50% relative humidity is 30 minutes to touch and 4 hours to coat. FlexThermacoat can be pigmented with bright white in any shade, providing the best results for maximum efficiency. FlexThermaCoat has a high binding and tensile strength that will not crack or peel.
This makes it susceptible to corrosion and is prone to fungal, fungal, bacteria and rodent contamination. It can usually be used while the equipment is in operation to eliminate expensive closures. Usually no expensive scaffolding is needed to access the equipment, most projects can be applied from an elevator. Adding insulating paint should simply be the icing on the cake of a well-designed plan to reduce heating and cooling costs. According to the Florida Solar Energy Center, a reflective and radiant barrier against the attic roof construction can also provide significant help.
This is also why we tell our customers that ceramic insulation coatings are always worth it. A potential advantage of an ICT over conventional insulation can be its use on a surface of 250 ° F or less, where corrosion under insulation can be a problem with conventional insulation. Conventional insulation can have problems with such surfaces in outdoor applications because there is insufficient temperature to remove water.
So while we’re talking about thermal insulating coatings, it means we can further reduce the heat loss on our lines as we can now be 100% complete. Yes, INCLUDING tight curves in small bends, pipes that are difficult to access between machines and lines that run under floors without cladding due to lack of space. Coatings for thermal insulation nanotechnology are generally reported to perform 10% to 25% in energy costs and significantly Insulation paint reduce heat transfer. In addition, our products are organic and offer mold-resistant and anti-condensation properties without harmful biocides and other aggressive chemicals, which is an important advantage for companies with a sustainability and safety mentality. To determine where ICTs can best be used, this author performed a heat loss analysis using 3E Plus and thermal conductivity data from one of the manufacturers.