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Author: Tammy Schroeder, LEED® GA, Linetec’s marketing manager

High-performance architectural coatings for extruded aluminum

Manufacturers of window, storefront, entrance, curtainwall, skylight framing; rainscreen and canopy systems; and exterior sun shades and interior light shelves all rely on aluminum extrusions to achieve the dependable strength and performance of their architectural products.

High-performance, polyvinylidene fluoride (PVDF) resin-based coatings provide product manufacturers, architects, specifiers and building owners with the capability to select nearly any conceivable color or combination of colors, while enhancing their products’ durability and longevity.

A better understanding of the components, aesthetic options and performance specifications will help with selecting the best architectural coating for the architectural extrusions to meet the unique applications and project requirements.

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Architectural color trends: conceptual inspiration to practical application

People rely on sight more than any other sense to take in information. The modern world makes it easier and more important than ever to share visual information. Color affects the interpretation of this visual information – both in terms of comprehending and remembering its meaning, and in relating and reacting to it. The color choice for a building’s exterior not only affects the people who work, shop, learn, heal and live inside it, but also those in neighboring buildings and even those passing by it.

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Read PRISM's bimonthly edition

Guide to Green Building – Product of the Week

The JEB 3Seal HM+ spacer offers significant aesthetic and energy-efficient advantages. The high-modulus silicone secondary seal minimizes PIB migration, providing clear, straight sightlines. It also offers 35 percent higher design strength, allowing for a narrower air cavity in an IGU, and 10.4 percent more argon gas retention than standard sealants, based on ASTM 2190 testing. An IGU incorporating the JEB 3Seal HM+ spacer will retain its argon gas longer over other insulating glass systems, maximizing energy savings and extending the units service life.

The JEB 3Seal HM+ spacer offers significant aesthetic and energy-efficient advantages. The high-modulus silicone secondary seal minimizes PIB migration, providing clear, straight sightlines. It also offers 35 percent higher design strength, allowing for a narrower air cavity in an IGU, and 10.4 percent more argon gas retention than standard sealants, based on ASTM 2190 testing. An IGU incorporating the JEB 3Seal HM+ spacer will retain its argon gas longer over other insulating glass systems, maximizing energy savings and extending the units service life.

March/April PRISM

PRISM Sustainability in the Built Environment

PRISM Sustainability in the Built Environment

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