Kalwall help a revered London boxing club rebuild after the devastating Grenfell Tower fire

Kalwall, Structura and RAICO teamed up to provide the curtain wall system that envelops the building. The façade is comprised of 200 square meters (656 square feet) of Kalwall translucent sandwich panels. The panels are incorporated into RAICO’s innovative THERM+ stick built curtain wall and was the first project in the global partnership between Kalwall and RAICO.

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Johns Hopkins All Children’s Hospital Research and Education Building

The design team led by HDR focused on creating a space that would cultivate collaboration and communication among its researchers, scientists and staff. The goal was to design an open and inviting environment full of natural light that would inspire as well as serve as a reflection of the positive medical advancements taking place at the center. Additionally, because of the hospital’s coastal location, there was a strong desire and need to meet Florida’s newly updated stringent hurricane impact resistance requirements. Minnesota-based specialty contractor, MG McGrath Architectural Glass & Glazing worked closely with YKK AP America Inc. to carefully choose the right, impact-resistant products for the project.

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Framing First: The Impact Framing Can Have on a Building’s Sustainability

Whether you are designing to meet the latest energy code for extreme weather conditions or for LEED certification, the goal is likely the same – to get the highest possible thermal performance out of your building. This benefits the building owner and occupants alike, reducing the energy bill and providing a more comfortable place in which to work and live. There are multiple avenues to achieve a high level of energy efficiency. Architects have come to know advanced glazing as their go-to resource for thermal performance improvement. However, in recent years advancements in fenestration have given framing a new place in a building’s energy efficient design.

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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.

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August September 2017 online edition of PRISM

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