Home
About Us
Attic Insulation
Barn/Livestock
Basement Insulation
Blown In Insulation
Commercial Buildings
Energy Efficient Roofs
Fiberglass Insulation
Garage Insulation
Green Insulation
Home Energy Savings
Home Insulation
Installing Insulation
R-Value
Radiant Barrier
Radiant Heat
Spray On Foam
Vapor Barriers
Water Pipes & Ducts
Installation Diagrams
Contact Us
Links
Insulation Kits
Insulation Blog

Radiant Heat Insulation Resists Radiant Heat Loss, the Most Common Form of Heat Loss in the Home or Office

Radiant Heat Insulation

Radiant heat insulation will protect more than just your walls. Most important, it could protect your utility bills from going through the roof. Most likely, they're going through the walls and floor too! Radiant floor heat is a major contributor to the loss or gain of heat in your home. Few people think of their floors as a culprit in our fight to lower our monthly utility bills. But it's not just the floors causing the problem. What about the garage, water heater, and attic?

Reflective insulation, or a radiant barrier, is a radiant heat insulation composed of a layer of bubbles within two layers of aluminum foil. There are many brands of reflective insulation on the market but Therma-Comfort offers a uniquely designed system of materials made of layers of insulating, heat sealed bubbles encased in a 99% aluminum foil outer surface.

There are three methods of heat transfer: Conduction, Convection, and Radiant. Most insulating products resist heat transfer through conduction and convection by forming small air or gas pockets between layers of building materials such as fiberglass, recycled paper, and foam. Reflective insulation is the most specialized radiant heat insulation. Radiant heat which makes up about 65-85% of the heat that is lost in the house. Therma-Comfort reflects 97% of radiant heat that is lost. Therma-Comfort is an amazing alternative to ordinary fiberglass, mineral wool, and loose fill, which are all very poor radiant barriers. It also acts as a strong vapor barrier, eliminating moisture and condensation that cause mold, fungus, and rust.

The R-value of Therma-Comfort insulation is very high. It maximizes the thermal resistance without adding significant thickness to the insulation system. The typical R-value for fiberglass is 3.14 per inch, and blown-in loose fill is 3.70, whereas Therma-Comfort has an R-value of up to 14.6, depending on the direction of the heat flow.

Installation of Therma-Comfort is extremely easy. It is lightweight, clean, and non-toxic. It requires no gloves or breathing gear.

And the best part is that Therma-Comfort is made for more than just walls. We lose terrible amounts of heat through the floor, the attic, the water heater, the garage door, the roof, and window heat loss. Therma-Comfort is an excellent attic radiant barrier that is easy to install. Therma-Comfort is a heating duct insulation against heat loss which is very common in homes. The proper insulation of your heating ducts and pipes alone can greatly reduce your heating bills. Therma-Comfort can also be a water heater insulation. This is a wise choice for saving money and energy. Water heaters are notorious for wasting heat and energy, but with the help of Therma-Comfort typical water heaters become energy efficient hot water heaters. Or if you need an energy efficient gas water heater, Therma-Comfort can help too. Many businesses need to insulate a barn or a steel building. Therma-Comfort also creates a system for energy efficient warehouse heating.

No matter what your purpose is, Therma-Comfort is an ideal choice for radiant heat insulation. It will maintain a consistent temperature throughout your entire house or business, creating a comfortable and pleasant atmosphere. It will also make you feel very comfortable as your heating bills decrease significantly each month. Whatever your individual needs might be, we can help you find the best fit. If you have any questions please contact us at (951) 675-1207 so that we can assist you and offer a price quote. We look forward to hearing from you.

Click here to return "Home" from “Radiant Heat Insulation”


footer for radiant heat insulation page