We charge when product ships. This means if an order is split into multiple shipments, your credit card will be charged each time a shipment is sent.
Most items ship from our warehouse in Urbana, Iowa. Orders placed before 2:00 PM Central Time Monday through Friday will ship out the door the same day. Draftcaps ship from Massachusetts and Vent Covers ship from New York. Both of these usually ship the next business day.
Our radiant barrier and reflective bubble insulation is manufactured in North America and shipped to our warehouse in Urbana, Iowa.
EcoFoil Radiant Barrier uses reflective material to increase the energy efficiency and comfort level of your home. Our radiant barrier is made of a thin layer of woven polyethylene, sandwiched between two layers of highly reflective metalized coating. With the polyethylene core, our product is tear resistant. EcoFoil radiant barrier blocks 96% of radiant heat transfer to help keep your home cooler in the summer and warmer in the winter. It will also act as a vapor barrier when the seams are taped, keeping moisture from passing through it.
Both solid radiant barrier and perforated radiant barrier are constructed the same way. They are the same thickness and both have a polyethylene core making them tear resistant. The only difference between the two is that EcoFoil Perforated Radiant Barrier has tiny pin holes punched every 1/4" throughout the roll. This is done to allow moisture, at a molecular level, to pass through it. This is the only EcoFoil product to be used in attic applications. In a summer application or warm climate area, the best method of installation is stapling the product directly to the bottom of the rafters or trusses. In a winter application or cold climate area, the best method of installation is laying it directly on top of the attic floor. For dual climates and maximum efficiency, the best method of insulation is stapling it to the rafters and laying it on the floor. With EcoFoil Perforated Radiant Barrier, it is important to not use any tape as doing so could cause the moisture to build up instead of passing through like it is intended to.
A radiant barrier can effectively re-direct heat back towards its source. Therefore, in the summer, you want the heat re-directed away from your home, but in the winter, you want the heat residing in your home to remain there. This provides for a more efficient system year round.
During hot summer months, EcoFoil Radiant Barriers block 96% of the sun's radiant heat from being transferred into your structure. Radiant heat accounts for 93% of downward heat transfer into the home.
During cold winter months, EcoFoil Radiant Barriers keep heat from escaping your home or business by reflecting 96% of the radiant heat back inside, which requires less work from your furnace. Radiant heat accounts for 50-75% of upward heat transfer from your home to the outdoors.
An EcoFoil Radiant Barrier will work with mass insulation, such as fiberglass and cellulose to increase your building's overall resistance to heat transfer.
EcoFoil reflective insulation will stop 96% of radiant heat, which is often overlooked and misunderstood, largely due to the fact that R-Values do not take it into account. However, radiant heat transfer is responsible for up to 75% of total building heat loss through the roof and 93% of heat that is gained from outdoors into the attic through the roof's surface. Traditional insulation products such as fiberglass, cellulose and foam board are effective in reducing convective and conductive heat transfer, but do very little to prevent radiant heat transfer. Radiant heat energy can either be absorbed or reflected.
EcoFoil products are very easy to work with. For most applications, the only tool requirements are a pair of scissors and a staple gun. All standard applications are easy Do-It-Yourself projects where you and one other person can complete an entire job in a short amount of time.
Traditional insulation products often require the use of safety masks and gloves during installation due to the actual fiberglass or off-gassing. Reflective insulation does have a limited amount of off-gassing, but at a much lower percentage and a much safer level.
EcoFoil Radiant Barriers do not necessarily cool an area, but it keeps the area from getting hot. Our manufacturer conducted the interesting experiment below:
"A bag of ice was placed inside each of three boxes. Each box contained a different form of insulation; fiberglass, foam and reflective foil. The melting rate was recorded during the experiment. In the boxes insulated with fiberglass and foam, the bags of ice took 24 hours to melt whereas the bag of ice placed in the box lined with reflective foil took four days to melt. This test clearly shows that the high R-Value does not necessarily equal a better insulator."
Reflective insulation is an excellent solution to condensation problems in basements or metal buildings. The thermal break provided by the air space prevents warm, moist air inside a building from interacting with cold air on the same surface. When installed properly, with taped seams, condensation will not occur on the surface of the reflective insulation. Please remember to use EcoFoil Perforated Radiant Barrier in attic installations where air flow is crucial.
Fiberglass and cellulose insulation work by slowing down heat transfer from one source to another. That's why the thickness of that insulation is crucial for performance. Also, fiberglass and cellulose only resist heat transfer; they don't block or reflect it so it eventually escapes through. EcoFoil Perforated Radiant Barrier can be installed on top of existing attic insulation to form a reflective cover which will enhance other mass forms of attic insulation.
Installing EcoFoil in your home's attic is the best way to reduce the workload of your HVAC system by nearly eliminating the radiant heat transfer in your attic space. You can also use reflective insulation to wrap duct work and reduce energy loss as heated and cooled air is moved from your HVAC unit to your home's vents. We recommend our easy to install R-8 HVAC Duct Wrap Insulation to insulate exposed HVAC duct work.
As a general rule, we recommend one roll of tape for each roll of reflective insulation purchased. However, it is important to allow for tape overlap, scrap, etc. Rolls of tape are available for different applications.
It is a common misconception that all insulation must be thick to perform well. A mass insulation will always have a higher R-Value than a thinner insulation due to density, but R-Value does not measure all types of heat transfer. Mass has little effect on radiant heat transfer, it is only efficiently blocked through reflection. For this type of heat transfer, a thinner reflective material can easily provide better thermal performance than a thicker non-reflective product with a higher R-Value. Be sure to check out our How Does A Radiant Barrier Work page for more information.
EcoFoil reflective insulation is made from polyethylene and aluminum. Both of these materials are very environmentally stable and do not biodegrade quickly.
EcoFoil carries a 10-year limited warranty against any material defects. Material defects include de-lamination, surface imperfection, foil corrosion and air retention. Any defect in material or workmanship is covered by the EcoFoil warranty.
Layers of dust do have an effect on the material’s ability to reflect radiant energy. Scientific testing has determined that the actual reduction in reflectivity ranges from 7% to 18% reductions in reflectivity over 10 to 25 years.
Standard aluminum foil (i.e. Reynolds Wrap) is not the same as a reflective foil radiant barrier. Standard household aluminum foil is a very thin sheet of aluminum mixed with other alloys that will oxidize over time and has virtually no tear-resistance. Radiant barrier foil has a multi-layer structure and is reinforced with a woven scrim that provides outstanding tear and tensile strength. Radiant barrier foil also contains a much higher aluminum content for greater reflectivity and is coated for durability and corrosion resistance.
The heat energy that the metal receives comes directly from the sun. No new energy is being created. Only existing energy which has already been absorbed by the metal and is reflected back toward the source.
The same is true for under rafter applications. The radiant barrier will not make your shingles hotter nor will it damage your shingles. A study performed by RIMA shows that only nominal appreciative heat gain was measured on a rooftop over the radiant barrier.
Insulation provides increased comfort, energy savings, condensation control and light reflectivity. In a building or warehouse that is not heated or air-conditioned, it is necessary to insulate in order to avoid heat gain in the summer as well as prevent condensation problems inside the building. The fact that the warehouse is not air-conditioned is even more reason to install a radiant barrier.
Do you have questions not covered here? Please call one of our product specialists at (888) 349-3645 or send an e-mail to email@example.com and we will be happy to assist you.