![]() ![]() Some commercial settings, like factories and plants, can also benefit from perforated metal flooring for interior rooms. Perforated metal panels are also an excellent material choice for projects in which water drainage is essential, such as park benches or outdoor staircases. ![]() The larger and more closely spaced the holes are, the more light will travel through and less privacy will be provided. ![]() Perforated metal panels are an ideal material for projects when a screen effect is desired, whether it’s to soften the afternoon sun or to give occupants some privacy without resorting to solid walls. FUNCTIONALITY, PRIVACY, AND ACOUSTIC CONTROL Metal can withstand some of the harshest conditions and exposure to the elements, especially compared to a material like wood. This material is not only stronger, but also longer-lasting and more weather-resistant than other material choices. Stunning design isn’t the only benefit to perforated metal panels, though. There are even options for hole size and shape. Perforated metal usually comes in steel or aluminum, and is available in a span of different thicknesses, shapes and patterns. Perforated metal offers designers and architects a creative opportunity: it’s readily customizable and comes in a variety of styles. DURABLE DESIGN WITH AESTHETIC APPEALĮvery architect’s goal is to design a building that creates a lasting impression. Here’s more on the benefits and solutions that come from using this unique metal product. Not only do they balance performance with visual appeal, they are also ideal for eco-conscious design and creative architecture.Īrchitects and designers are incorporating perforated metal panels into new structures and using them while remodeling because of their functionality and sustainability. Factory eave notching saves on labor cost by eliminating the need for field cutting to produce a properly trimmed eave detail.Perforated metal panels are a popular material choice in modern architecture. Consult a local architect/engineer for compliance with local codes and conditions.įactory-produced eave notching is available at nominal additional cost on Snap-Clad panels and Redi-Roof standing seam panels. For coastal applications, aluminum panels along with stainless steel clips must be used for warranty. Contact Petersen for assistance with details on projects requiring lower slopes. A minimum 2:12 pitch is recommended in most applications. Other substrates may include metal decking or rigid insulation in conjunction with bearing plates. Substrates may include 5/8″ (min.) plywood, nailboard insulation or equal with an underlayment of ice and water shield applied horizontally from eave to ridge. Snap-Clad panels are intended for use in roofing, mansard and fascia applications. NOTE: The strippable film must be removed immediately after installation. Vinyl masking is recommended on all fabrication applications where extra handling is expected. A 35-year non-prorated finish warranty can be supplied covering finish performance. 063 gauge as specified) or PAC-CLAD steel (24 gauge or 22 gauge as specified). Flashing shall be PAC-CLAD aluminum (.032 –. Two clips are available: a standard clip for most mansard and fascia applications, and a high-performance clip for roofing applications and UL 90-rated assemblies.Īll flashing and trim shall be fabricated by manufacturer or qualified fabricator. ![]() A concealed-fastener clip system allows for thermal expansion/contraction while providing extraordinary hold-down strength. Note: Minimum length for panels produced in the Annapolis Junction, Md., facility is 60 inches.Įach metal roofing panel features a 1-3/4” leg height and a continuous interlock for improved structural performance and wind resistance. Maximum panel length is 64’ and minimum panel length is 4‘. Snap-Clad panels, produced in continuous lengths, are leveled to provide superior flatness and feature an optional factory-applied sealant bead for improved weather resistance. Snap-Clad metal roofing panels feature architectural aesthetics as well as structural performance. ![]()
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