SERVING THE DFW AREA

811 E Plano Pkwy, Suite 120 

Plano, TX 75074

4500 Mercantile Plaza Dr #314 

Fort Worth, TX 76137

HOURS OF OPERATION

Mon - Fri          9:00 am - 5:00 pm

Sat - Sun          Closed

We are proud to be a part of the following organizations

Energy Attic Services

Dallas: 972-548-0088
Ft. Worth: 817-529-6087
info@energyattic.com

Copyright © Energy Attic 2019 All Rights Reserved | License #: TACLA00087003C

Read Our Reviews

Get Rid of Dusty & Musty Smells in Your House.

We use a 3-part Energy Reduction System (ERS System) to make your home or office as energy efficient as possible, save you money on heating and cooling costs, reduce your carbon footprint on the environment and improve indoor air quality.

We provide long-term, real solutions that increase your home’s sustainability and protect your family throughout the year.

Frequently Asked Questions

Which insulation is best for my home?

What other products and services do you offer?

What does an energy attic audit include?

What are the benefits of radiant barrier?

The best way to determine which insulation products are right for your attic is to schedule an in-home assessment. We can take a look at your attic environment and recommend the right insulation. You can choose from fiberglass, wool, and cellulose insulation.

The purpose of an energy attic audit is to prevent you from wasting money on inadequate or outdated insulation products. We perform a thorough inspection of your attic to determine how you can protect your home and lower your energy costs. We assess every area of your attic, test for proper ventilation, and perform thermal heat tests. All of our audits are honest, accurate, and have your home’s best interest in mind.

Radiant barrier reflects 97% of thermal heat in your attic. By keeping the heat from getting into your home, you save up to 40% in energy costs. Radiant barrier is easy to install, non-toxic, and noncarcinogenic. It also exceeds all fire and smoke safety codes. Once installed, radiant barrier requires little to no maintenance over the years.

We offer thermographic imaging, solar-powered attic vents, air conditioning units & duct sealing, radiant barrier duct wrapping. All of our services are designed to improve insulation, ventilation, air quality, and energy savings. We offer a comprehensive package of attic services so that you only have to work with one company.

About Our Radiant Barrier Company

At Energy Attic, our mission is to improve the areas in your home that truly count: air quality, comfort, efficiency. We provide long-term, real solutions that increase your home’s sustainability and protect your family throughout the year.

What Our Clients Say

Lighter Weight and Still Stronger Than The Competition Sigma Technologies Int’l has created new manufacturing process able to eliminate the wasteful adhesives and films to create a lightweight radiant barrier that is actually stronger than a radiant barrier 50% heavier.

Strength tests performed by SGS Consumer Testing (a.k.a. US Testing Company, Inc.) measured both the Tongue Tear (ASTM D2261) and the Trapezoid Tear (ASTM D4533) for Sigma’s 3100 Series Radiant Barrier. These strength tests were then compared to tests run on a conventional heavyweight radiant barrier. For the Tongue Tear strength test, an incision is cut into the radiant barrier and a machine tries to tear it along the cut by ripping and pulling it in separate directions, perpendicular to the plane. For traditional heavyweight laminated radiant barrier, this test is sufficient to tear it. However, Sigma’s Series 3100 radiant barrier scrim stretched and shifted, but in the machine direction, the threads just would not tear. Because the Trapezoid Tear (ASTM D4533) test pulls the product in the direction of the tear, both types of products will actually tear instead of stretching or shifting. The Trapezoid Tear provides a fair comparison from a tear in one product to a tear in another.

The result of the Trapezoid Tear comparison is that it takes between 2X to 3X more strength to tear Sigma’s thinner, lighter Series 3100 radiant barrier (about 20 lbs per 1000 sq ft roll) than a conventional thick and heavyweight radiant barrier (about 30 lbs per 1000 sq ft roll). Other manufacturers are still relying on outdated lamination technology, where the only way to add strength is by making the radiant barrier thicker, heavier and more difficult to handle.

The manufacturer has developed the next generation of radiant barrier products by avoiding the use of adhesives and films in the lamination process. Just like the conversion from iron to steel, when waste is eliminated, the resulting product is not only stronger but much lighter weight and easier to handle.

More About Our Radiant Barrier Product

Radiant Barrier Dallas-Fort Worth, TX

Energy Attic's aluminum foil radiant barrier heat insulation helps make homes and offices more energy-efficient, saves money on heating and cooling bills, and reduces the carbon footprint.

The US Department of Energy Concludes a New Radiant Barrier Study

Presented at the ASTM C16 Committee Semi-Annual Meeting – Monday, April 16, 2012 - Phoenix, Arizona
Test Results as Presented by Andre Desjarlais of Oak Ridge National Laboratory

Radiant barrier is finding its way into more and more building codes, like California Title 24. As a result, the US Department of Energy has conducted elaborate tests for radiant barrier in attics at the large scale climate simulator at Oak Ridge National Laboratory. The purpose of this testing was to evaluate the performance differences in new construction and retrofit applications, as well as the performance differences between the radiant barrier sheet and the radiant barrier paint, also known as an Interior Radiant Control Coating (IRCC).

The experiment tested the performance of the following attic assemblies:

• Control (no radiant barrier)
• Radiant barrier applied directly to the OSB sheathing
• Radiant barrier applied to the underside of the rafters
• IRCC sprayed to the underside of the rafters and OSB

The attic assembly was built to code with rafter spacing, ventilation, and insulation. The large scale climate simulator tested the attic at temperatures simulating both summer and winter to calculate the savings for both heating and cooling. Even the heat lamps simulating the summer sun were used to simulate the solar load on the roof assembly.

The results were similar to previous tests performed on radiant barrier:

• The attic without radiant barrier had the highest heating and cooling costs
• The OSB with radiant barrier had a 33% improved cooling and 10% improved heating
• The Rafter-applied sheet radiant barrier had a 50% improved cooling and 10% improved heating
• The IRCC spray had just 20% improved cooling and no improvement in heating from the control

The DOE was hopeful that the IRCC would offer better performance since spraying on IRCC paint is easier than installing a sheet radiant barrier once the house is built, but the thermal emissivity of the IRCCs on the market today do not perform as well as a sheet radiant barrier.

In new construction, the radiant barrier laminated to the OSB sheathing is certainly the easiest and least expensive to install, but going to the added labor in installing a radiant barrier under rafters can result in greater savings. This may be for a variety of reasons, like the higher emissivity of the OSB, a lack of space between the barrier and the sheathing to vent, and the presence of the rafters below the barrier to reduce the coverage of the low emittance surface.

The most efficient method was the radiant barrier applied to the rafters. Since this particular experiment did not have A/C ducts in the attic, homes with attic ducts could see even greater savings in the summer. Radiant barrier on the rafters is the preferred method of installing a retrofit radiant barrier by the US Department of Energy, ENERGY STAR, California Title 24, ASTM International, RIMA International, and others.