Dow Building Solutions announced two Research and Development (R&D) test facilities located at the Dow Building Solutions’ North American headquarters in Midland, Mich.
The R&D “Wall Assembly Research Center” and “Spray Foam Application Technology Research Facility” have been built to test and evaluate insulation, air sealing and weatherization systems in a controlled lab environment in order to provide customers with real-world data of how the products will work together and perform and function in the field.
The Wall Assembly Research Center is a 1,600 sf wall system research lab that has over 30 interchangeable wall sections that enables Dow to test various residential and commercial wall systems.
It also allows for the testing of exterior wall system components to see how they stand up to outside elements and perform in a cold climate zone. Systems being tested include rigid and spray insulations, exterior cladding, and various framing techniques, in all cardinal directions.
The Wall Assembly Research Center is wired with a state-of-the-art monitoring system that allows researchers to collect, analyze and process the performance of each of these interchangeable wall systems over extended periods of time.
Dow collaborated very closely with Building Science Corporation to design and construct this unique facility in a way that the data collected can help further develop Dow building envelope products and systems and provide answers to the most relevant industry questions.
The second research test facility is a 2,000 sf spray booth and lab that enables researchers to evaluate the application of new spray foam chemistries and methods. The Spray Foam Application Technology Research Facility was created to test liquid-applied construction solutions and materials, such as spray polyurethane foams and weatherproofing systems, to help better understand how spray products work in both small and large-scale applications while using a variety of application equipment such as refillable cylinders and 2-component high-press spray rigs. Beyond testing and gathering data on chemistries and application methodologies, the research facility is also being used to provide education and training on the application and safe handling of these spray foam products that contribute to the creation of a better performing building envelope. BD+C
Related Stories
Museums | Oct 20, 2015
Frank Lloyd Wright’s Bachman Wilson House finds new home at Arkansas museum
Crystal Bridges Museum reconstructed the 61-year-old Usonian house and will open it to the public in November.
Architects | Oct 20, 2015
Four building material innovations from the Chicago Architecture Biennial
From lightweight wooden pallets to the largest lengths of CLT-slabs that can be shipped across North America
University Buildings | Oct 16, 2015
5 ways architecture defines the university brand
People gravitate to brands for many reasons. Campus architecture and landscape are fundamental influences on the college brand, writes Perkins+Will's David Damon.
Architects | Oct 13, 2015
Architects Foundation expands National Resilience Initiative
The group is launching a search for three more NRI members.
Architects | Oct 13, 2015
Santiago Calatrava wins the European Prize for Architecture
The award honors those who "forward the principles of European humanism."
Office Buildings | Oct 5, 2015
Renderings revealed for Apple's second 'spaceship': a curvy, lush office complex in Sunnyvale
The project has been dubbed as another “spaceship,” referencing the nickname for the loop-shaped Apple Campus under construction in Cupertino.
Airports | Oct 5, 2015
Perkins+Will selected to design Istanbul’s 'Airport City'
The mixed-use development will be adjacent to the Istanbul New Airport, which is currently under construction.
High-rise Construction | Oct 5, 2015
Zaha Hadid designs cylindrical office building with world’s tallest atrium
The 200-meter-high open space will cut the building in two.
Architects | Oct 2, 2015
Herzog & de Meuron unveils design for Vancouver Art Gallery expansion
The blocky, seven-story wood and concrete structure is wider in the middle and uppermost floors.
Airports | Sep 30, 2015
Takeoff! 5 ways high-flyin' airports are designing for rapid growth
Nimble designs, and technology that humanizes the passenger experience, are letting airports concentrate on providing service and generating revenue.
