Practical Metals
Practical Building Systems
Key Features
01.
MATERIAL
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Usually made from galvanized steel, aluminum, or another durable metal to provide weather resistance and structural support. The core may consist of a layer of rigid foam insulation material, typically 1.75 inches thick. This insulation layer helps improve the building's thermal efficiency by reducing heat transfer.
02.
PROFILE
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Snap lock roof panels are designed with interlocking seams that snap together during installation, eliminating the need for mechanical seaming tools. This snap lock mechanism creates a tight, weather-resistant seal between panels and enhances the roof's aesthetic appearance.
03.
INSTALLATION
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Snap lock roof panels are known for their ease of installation. The panels are designed to interlock securely without exposed fasteners, which simplifies the installation process and reduces labor costs. This also minimizes the risk of water infiltration and enhances the roof's durability.
04.
APPLICATIONS
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1.75" snap lock roof panels are suitable for both commercial and residential applications where ease of installation, aesthetics, and moderate insulation performance are desired. They are commonly used in climates where thermal insulation is necessary but not the primary focus, or where additional insulation may be supplemented elsewhere in the building envelope.
05.
ADVANTAGES
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Snap lock panels can be installed quickly and efficiently, reducing labor costs and project timelines. The interlocking seams provide a secure seal against weather elements, enhancing the roof's durability and longevity. Snap lock panels offer a clean, modern look with concealed fasteners, contributing to the overall appearance of the building.
06.
CONSIDERATIONS
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The R-value of a 1.75" panel may vary depending on the specific insulation material used and its density. For applications requiring higher thermal insulation performance, thicker panels or additional insulation measures may be necessary. While snap lock panels simplify installation, proper installation techniques are crucial to ensure the integrity of the roof and its weatherproofing capabilities.