Airolite sun control TSC4 is an rectangular tube blade sun control designed to filter up to 80% of the sun's heat and glare, cut wintertime radiant heat loss and integrate natural light into atriums.
Louvers
Airolite's Acoustic louvers incorporate acoustically insulated blades to provide for sound attenuation to lower infiltrating or escaping noise. Acoustic louvers are available in aluminum and galvanized steel construction with parallelogram, airfoil and sightproof blades in depths of 6, 8 and 12-inches.
Airolite's Hurricane/AMCA 550 Louvers are designed to meet the stringent criteria establish by the Florida Building Code. Hurricane/AMCA 550 Louvers provide high volume flow rates, impact resistance, protection against water penetration and high wind-loads. Hurricane/AMCA 550 Louvers are available in 5 and 6-inch frame depths.
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Airolite Architectural Louvers are assembled entirely by welding to ensure optimum strength and durability required to resist vibration damage and eliminate the potential for galvanic corrosion. Fluoropolymer and anodized finish coatings are applied to Airolite Architectural Louvers only after each product is weld-assembled to ensure that all exposed edges and surfaces received maximum protection.
Grilles
Equipment Screens
Airolite architectural louver screens are custom designed to your specification to function as architectural accents or entire facades, sight or solar screen, and security barriers. They are fabricated from extruded aluminum, assembled entirely by welding and finished-after-assemble to ensure the highest product quality and durability available. All materials are available in Airolite's broad array of enamel, fluorpolymer, clear and color anodize coatings in standard and customer colors.
Material: Extruded Aluminum, Alloy 6063-T5
Thickness: 0.081" (2.06 mm)
Louver Screen Depth: 5" (127.0 mm)
Percent Free Area: 55%
Sun Controls
Airolite sun control TSC4 is an rectangular tube blade sun control designed to filter up to 80% of the sun's heat and glare, cut wintertime radiant heat loss and integrate natural light into atriums.