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    Garage Door Insulation Terminology Basics

    Last updated 1 year ago

    When many people think about insulating their homes, they think about major areas such as attics, basements, and walls. It is important not to overlook insulating other parts of your home, including the garage door, so that you retain valuable warm and cool air. Installing an insulated garage door can have many benefits for your home’s efficiency. Here are some basic terms associated with garage door insulation:

    A BTU, or British thermal unit, is the amount of heat needed to raise the temperature of one pound of water by one degree Fahrenheit. It is not a measure of a flow rate, but rather a measure of total amount of heat. A heat flow rate would be described as a certain number of BTUs per hour.
    K-value is used to describe the thermal conductivity of a certain material. You should seek insulation with a low K-value, which means the material is a strong conductive insulator.
    R-value is the industry standard for rating a material’s insulating properties. A material with a high R-value will insulate better than a material with a low R-value. When you are insulating your home, you may need to use insulation with different R-values for different areas. Homes in cold climates generally need to be insulated with high R-value materials compared to homes in temperate areas. 
    U-value is another name for thermal transmittance, or heat loss. Garage doors that are not insulated often have a high U-value, as lower U-values indicate greater insulating properties.
    If you have questions about insulating your garage door or any other part of your home, call Accurate Insulation in the Washington, D.C. area at (301) 627-6506. We are insulation experts, providing quality products and service with our 100 years of combined experience. Visit our website to learn more about our products and services.

    Choosing the Right Sealant for Home Weatherization

    Last updated 1 year ago

    If your home is not properly sealed against the elements, you could be losing both warm and cool air during extreme weather conditions. When you are choosing a sealant, ask your insulation professional which one might be right for your home.


    Watch this video for a brief look at sealants, which are made from a variety of materials. There oil-based sealants, latex sealants, and silicone sealants. Always read the package to make sure the sealant is right for the area you are working with and to get an idea of how long the product will last.


    Accurate Insulation can seal your whole house so that you consume less energy. Call us at (301) 627-6506 to learn more about our services for clients in the Washington, D.C. and Maryland areas.

    3 Approaches to an Energy-Efficient Home

    Last updated 1 year ago

    Owning a home requires a major commitment of time, energy, and finances. If you are a homeowner, you may want to increase the energy efficiency in your home. Not only will this increased efficiency benefit the environment, but it can also help you to save money! There are several ways, including installing durable home insulation, for you to make your home more energy efficient:


    Fix Leaky Spots
    Though your heating and cooling system may be energy efficient on its own accord, it cannot do its job properly if there are leaky areas around your home. Drafty windows are easy to feel, but your home could have hidden leaks in places like the attic or a crawlspace. Trust insulation professionals to seal off these leaks so that you do not lose warm air in the winter or cool air in the summer.


    Increase Insulation
    Insulation works to make your home energy-efficient year-round by keeping it cool in the summer and warm in the winter. Your insulation contractors can help you determine what type of insulation is right for your home and the proper R-value for your climate. Since insulation works best in areas where there is little air movement, be sure to have your leaks sealed before you install insulation.


    Seal Your Ducts
    Even with leaks sealed and added insulation to your attic and walls, your home could still lose energy through the duct system. According to, about 20% of the air that moves through the ducts is lost through leaks and improperly sealed connections. Sealing these ducts ensures that your home is as energy-efficient as possible, thereby saving you money on your monthly utility bills.


    Call Accurate Insulation in Washington, D.C. at (301) 627-6506 to learn how we can help you make your home more energy-efficient. Our knowledgeable technicians can provide you with high-quality products and service.

    Learn about the Benefits of Sealing Your Home with These Links

    Last updated 1 year ago

    The benefits of sealing your home are numerous, and the investment will certainly pay off in the long run. Call Accurate Insulation at (301) 627-6506 to learn how we can help you seal leaks in your Maryland-area home and upgrade your insulation. Click through the links below to learn how insulation works and much more.

    Useful Home Insulation Terminology

    Last updated 1 year ago

    As the temperatures continue to drop this winter, your home’s insulation will become increasingly important. Insulation helps protect your home from harsh outdoor climates by minimizing air transfer. If your home’s insulation is of low quality or simply worn out, heating your home efficiently is virtually impossible. Here are some useful terms that will help you understand how insulation works:


    When it comes to measuring the effectiveness of a particular type of insulation, you should look to its R-value. This term refers to an insulation material’s resistance to heat flow. In other words, the higher an insulation material’s R-value is, the more effective it is at preventing heat from escaping your home. The R-value is determined by a number of factors, including the type of insulation material as well as its thickness, density, and the number of insulation layers.


    Heat Flow
    Heat flow refers to the movement of heat by conduction, convection, and radiation. Heat flow by conduction occurs when a hot object comes into contact a cold object. Convection, on the other hand, occurs through the movement of fluid or gas. Finally, heat flow by radiation occurs as a hot object emits heat through electromagnetic waves. The purpose of home insulation is to help mitigate heat flow through conduction and convention.


    Radiant Barriers
    While conventional insulation helps prevent heat flow by conduction and convection, radiant barriers can be installed in your home to reduce heat flow. Radiant barriers are made out of highly reflective material that can help reduce radiant heat gain.


    To learn more about how insulation works, get in touch with Accurate Insulation in the Maryland area. We offer high-quality insulation that can improve your heating efficiency and save you money on your energy costs. Visit our website or give us a call at (301) 627-6506 for more information.

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