Radiant Barrier
Our radiant barriers are crafted from highly reflective materials that effectively deflect radiant heat, rather than absorbing it. Designed for various applications, they are commonly installed in attics and new building constructions, both for retrofitting and new installations. The primary purpose of radiant barriers is to minimize summer heat gains and winter heat loss, resulting in improved comfort, reduced conditioning and heating costs, and the prolonged lifespan of HVAC systems. Their effectiveness is particularly pronounced in hot climates, especially when air ducts are situated in the attic.
By implementing our radiant barriers, you can expect to enhance energy efficiency, optimize thermal performance, and create a more comfortable living or working environment. Additionally, the reduced heat gain facilitated by our radiant barriers may even enable you to consider a smaller air conditioning system, further enhancing cost savings.
Unlock the potential of radiant barriers from Dicount Construction Fabrics to revolutionize your insulation strategy, reduce energy consumption, and create a sustainable future.
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Radiant barriers are revolutionizing home insulation and energy efficiency. With their exceptional properties and wide-ranging benefits, they provide an effective and cost-efficient way to enhance comfort and reduce energy consumption. Here are some key applications:
Home Insulation: Radiant barriers provide a reliable and highly efficient solution for home insulation, ensuring maximum effectiveness and cost savings.
Floor Insulation: By stapling radiant barriers to loft and attic floors, you can achieve excellent insulation, preventing heat loss and optimizing energy usage.
Roof Rafting: Applying radiant barriers on roof rafters helps reflect excessive heat, keeping your living spaces cool and comfortable, even during hot summers.
House Wrapping: Utilize radiant barriers as a house wrap to minimize thermal exchange, effectively reducing energy loss and maintaining a comfortable indoor environment year-round.
Moisture and Rodent Protection: Radiant barriers can be used inside crawl spaces to block moisture seepage and discourage infestations from rodents and bacteria, ensuring a clean and protected environment.
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• Unleash the potential of a cooler living environment with a heat transfer reduction of 16-42% from the attic to your living spaces.
• Extend the lifespan of your air-conditioning unit by minimizing heat stress and optimizing its performance.
• Elevate the standard of comfort in your home or building, ensuring a more pleasant and enjoyable living or working environment.
• Experience significant savings on your monthly cooling bills, putting more money back in your pocket.
• Embrace the convenience of a clean, lightweight, and easy-to-install radiant barrier solution.
• Champion energy efficiency and contribute to a greener future while saving both energy and money.
• Seamlessly integrate our radiant barriers into residential retrofit projects for improved thermal performance and long-lasting benefits.
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Our Radiant Barriers come in four primary designs or types:
Aluminum Solid Radiant Barrier: Crafted with two layers of 99% pure aluminum foil sheets, this radiant barrier acts as an effective vapor and humidity barrier for roof decking or wall studs. Its robust construction ensures optimal protection and insulation.
Aluminum Perforated Radiant Barrier: Designed with breathability in mind, the perforated radiant barrier is ideal for attic floors. It allows for proper ventilation while still providing excellent heat reflection, ensuring a balanced and comfortable environment.
Metalized Solid Radiant Barrier: With a reflective capacity of 95% for heat radiation, the metalized solid radiant barrier offers exceptional strength and rigidity. It serves as a powerful insulation solution for homes and buildings, effectively reducing heat transfer and improving energy efficiency.
Metalized Perforated Radiant Barrier: Combining the benefits of reflectivity and vapor transmission, the metalized perforated radiant barrier reflects up to 97% of heat while allowing the passage of moisture. It finds applications in roof rafting and wall/loft insulation, providing optimal thermal control and moisture management.
