Tag Archives: Insulating Glass Unit
CEU COURSE: HIGH PERFORMANCE GLAZING SOLUTIONS
With buildings consuming 40% of US energy, energy efficiency is perhaps the most urgent challenge in designing the buildings of our future. Join Panelite’s Ruben Suare and earn CEU credits at the AIA Minnesota 2014 convention. Learn about the most … Continue reading
WE ♥ HONEYCOMB. PANELITE FEATURED IN BIOMIMCRY BOOK “THE SHARK’S PAINTBRUSH”
Jay Harman’s new book, THE SHARK’S PAINTBRUSH: BIOMIMICRY AND HOW NATURE IS INSPIRING INNOVATION, examines a multitude of biomimetic solutions including the astounding efficiency of honeycomb structures: “A honeybee has to ingest about eight pounds of honey to … Continue reading
CLEARSHADE SKYLIGHTS REDUCE ENERGY BY 89%, OPTIMIZE DAYLIGHTING AT PARRISH ART MUSEUM
Panelite ClearShade skylight glazing was specified by architects Herzog & de Meuron and daylighting engineers ARUP to achieve their goal of providing a naturally daylight environment, similar to that of artists’ studios, for viewing the collection at the Parrish … Continue reading
DIRECTIONAL TRANSPARENCY AT ARQUITECTONICA’S MARQUIS CONDOMINIUMS
DIRECTIONAL TRANSPARENCY: CLEARSHADE HONEYCOMB GLAZING AT ARQUITECTONICA’S MARQUIS CONDOMINIUMS Arquitectonica chose Panelite ClearShade IGU honeycomb glazing to address a very specific need to balance privacy and views on the Marquis condominium balconies in Miami. DESIGN: Arquitectonica PROJECT: Marquis … Continue reading
PANELITE ANNOUNCES VALUE ENGINEERED PRICING
PANELITE ANNOUNCES VALUE-ENGINEERED PRICING We heard you…our clients have been telling us about their Value Engineering challenges, and in response we did some VE of our own. We have expanded our capabilities and developed significant cost-efficiencies while maintaining … Continue reading
CLEARSHADE HIGH-PERFORMANCE HONEYCOMB GLAZING SELECTED BY LBNL
TECH FOCUS / CLEARSHADE: ENERGY AND DAYLIGHTING ANALYSIS ClearShade™ honeycomb technology optimizes both DAYLIGHTING and SOLAR HEAT GAIN CONTROL in a single product, by transmitting and diffusing valuable visible light while reflecting unwanted solar heat. Reduced lighting and … Continue reading