Thermal Insulation Coating has a very wide spectrum of usage: they can in fact decrease temperatures in both directions across the material. This is, essentially, thermal insulation like you might find on your attic or wall insulation. These uses are widespread and commonly seen in residential, commercial, and industrial settings. Let’s go over the many more.
When it comes to insulating coatings, they are typically applied on the surface of materials like bricks, concrete, sheetrock, pipe, sheet metal, fiberglass, wood, cardboard, plastics, drywall, and others. In addition, insulating coatings can be used to surround electrical panels. They can also be applied to concrete to provide improved structural soundness and energy efficiency. In some cases, such as with highly reflective materials, they are even able to prevent sound from coming through at all.
Industrial personnel protection corrosion is a major concern these days because of the increased use of lead in paint for cabinetry and flooring. Although paint manufacturers have been working hard to eliminate this problem, workers still come in contact with lead dust on a regular basis. Insulation coatings act as a barrier against this lead dust, thus significantly decreasing worker exposure to toxic levels of lead.
In addition to preventing corrosion and worker exposure, thermal insulating coatings protect the structure against temperature extremes: cold and heat. The addition of this coating also increases the life of the structure, which may extend the life of the building by several years. By preventing heat transfer and internal climate variations, the coating improves the structure’s ability to withstand extreme weather conditions.
Improved thermal barrier coatings can also improve energy efficiency. A material with a high R-value (or “thermographic” thickness) reduces air flows between floors and ceilings, causing the coldest or hottest temperatures to be balanced. A properly insulated structure can save up to 40% on utility bills. Insulation coatings with a high R-value can reduce electrical losses, as well as heating and cooling costs.
Insulation coatings also repel mold and mildew, which can cause health problems for employees. Mold and mildew often grow in poorly ventilated areas. Employees may be at risk of developing respiratory illness if they are exposed to mold spores for long periods of time. In addition, the buildup of mildew and mold can create a toxic environment that can encourage the growth of other microscopic organisms, creating an even bigger health problem down the line. Thermal insulation prevents air borne organisms from moving into and out of the area. If left unchecked, mold and mildew can spread quickly and severely damage the work environment.
Coatings are applied directly to the substrate. The most common materials used for this application include aluminum foil, solid polyethylene, polystyrene, or spun polystyrene. Other types of materials that can be used include fiberglass, cardboard, wood, or paper. Many surfaces can be coated, including window panes, stove grates, countertops, wall bases, doorframes, and cabinets. Once the insulating substance is applied, it must be allowed to dry completely before beginning any installation work.
An insulated surface will look great in both its finished and unfinished form. The polished finish looks best on stainless steel and copper surfaces. For kitchen or bathroom applications, a shiny finish provides an extra level of protection against oil, grease, and other stains. Insulation coating systems are custom-built to fit a variety of different surfaces, so it is important to contact a contractor to discuss the possibilities. The right coating system will help keep your heating and cooling costs down and keep your home more comfortable.
Unlike conventional insulation, insulating paint doesn’t shrink, warp, or deteriorate under normal circumstances. This material is applied directly to a home’s outer walls, attic, and floor, creating a barrier that helps reduce thermal losses. There is little if any additional building costs when applied to remodels or new construction. In fact, most homeowners do not even notice the difference between the treated and untreated walls until it’s too late to make any changes.
Thermal foil was one of the first types of insulating coatings used on homes. The concept was based on the same principles as thermal insulations used in buildings. It works by slowing down heat transfer and reducing the amount of energy absorbed through absorption, or conduction. It also has an added benefit of improving air quality because it reflects up to 90% of daylight. The cost of installing this type of coating is comparable to conventional insulations. The downside is that it’s not an environmentally-friendly choice.
Foam roofing tiles are another type of insulation used to help reduce energy consumption in new construction and remodels. They are applied to roofs to create an insulated barrier between the interior of the home and the exterior. Like foam roofing tiles, it works by slowing down the heat transfer, but like the sprayed coatings, it can be applied in large quantities. When properly installed, it provides an increased level of comfort for homeowners while maintaining a comfortable temperature inside the house.