Living on campus during college becomes as much a part of any students’ academic growth as attending classes. In the race to attract the best and brightest minds, universities are focusing on creating spaces of comfort and productivity. Residential spaces that need to meet high traffic demands while accommodating an ever-changing populace creates a unique set of obstacles for any educational institution’s housing. Additionally, demonstrating leading environmental thoughts by constructing with green building initiatives top the priority list.
For the University of Kentucky Residential Revival project, expanding student living quarters to include seven buildings and 3000 additional beds tasked contractors Messer and Quality Interiors with maintaining a hypo-allergenic environment that withstands extensive use, while installing with ease. Upon completion of the five-year project, campus housing will seek LEED Silver certification, so Messer and Quality Interiors sought out environmentally conscious products.
Between the high volume construction, varied hypo-allergenic needs of the students, green initiatives, and the desire to create a lasting professional finish, Messer and Quality Interiors searched for durable products with environmentally-friendly manufacturing. Using shower bead constructed from vinyl rather than metal became an obvious choice. Vinyl bead prevents rust, kinks, dents, and maintains a professional look for longer due to its flexible and durable nature. For finishing shower surrounds, they chose Trim-Tex’s Shower Bead.
Step 1 Shower Bead is installed around the surround, Step 2 finish with mud compound, Step 3 remove the tear off strip and caulk the gap for a clean finish.
The unique vinyl construction of Trim-Tex Shower Bead replaces paper tape, thereby eliminating the food source for mold and maintaining a hypo-allergenic environment long-term. Shower Bead also features an extra-long 2¼" mud leg that requires less mud to span the gap between the drywall and flange. A tear away strip protects the shower enclosure from mud and leaves a crisp, finished edge with no mess. Using staples instead of screws, Trim-Tex Shower Beads save time on labor while guaranteeing a professional finish.
Trim-Tex manufactures all of its products in the USA using 70% recycled material. This helps keep millions of pounds of plastic out of landfills each year and contributes to an overall green construction initiative. By selecting Trim-Tex Shower Bead for the University of Kentucky Residential Revival project, Messer and Quality Interiors provided a long-lasting, hypo-allergenic, environmentally-conscious solution that will withstand the rigors of university residential life for decades to come.
For more information visit Trim-Tex.com.
Related Stories
University Buildings | May 5, 2023
New health sciences center at St. John’s University will feature geothermal heating, cooling
The recently topped off St. Vincent Health Sciences Center at St. John’s University in New York City will feature impressive green features including geothermal heating and cooling along with an array of rooftop solar panels. The geothermal field consists of 66 wells drilled 499 feet below ground which will help to heat and cool the 70,000 sf structure.
Mass Timber | May 1, 2023
SOM designs mass timber climate solutions center on Governors Island, anchored by Stony Brook University
Governors Island in New York Harbor will be home to a new climate-solutions center called The New York Climate Exchange. Designed by Skidmore, Owings & Merrill (SOM), The Exchange will develop and deploy solutions to the global climate crisis while also acting as a regional hub for the green economy. New York’s Stony Brook University will serve as the center’s anchor institution.
University Buildings | Apr 24, 2023
Solving complicated research questions in interdisciplinary facilities
University and life science project owners should consider the value of more collaborative building methods, close collaboration with end users, and the benefits of partners who can leverage sector-specific knowledge to their advantage.
Green | Apr 21, 2023
Top 10 green building projects for 2023
The Harvard University Science and Engineering Complex in Boston and the Westwood Hills Nature Center in St. Louis are among the AIA COTE Top Ten Awards honorees for 2023.
Higher Education | Apr 13, 2023
Higher education construction costs for 2023
Fresh data from Gordian breaks down the average cost per square foot for a two-story college classroom building across 10 U.S. cities.
Market Data | Apr 11, 2023
Construction crane count reaches all-time high in Q1 2023
Toronto, Seattle, Los Angeles, and Denver top the list of U.S/Canadian cities with the greatest number of fixed cranes on construction sites, according to Rider Levett Bucknall's RLB Crane Index for North America for Q1 2023.
University Buildings | Apr 11, 2023
Supersizing higher education: Tracking the rise of mega buildings on university campuses
Mega buildings on higher education campuses aren’t unusual. But what has been different lately is the sheer number of supersized projects that have been in the works over the last 12–15 months.
Contractors | Apr 10, 2023
What makes prefabrication work? Factors every construction project should consider
There are many factors requiring careful consideration when determining whether a project is a good fit for prefabrication. JE Dunn’s Brian Burkett breaks down the most important considerations.
Smart Buildings | Apr 7, 2023
Carnegie Mellon University's research on advanced building sensors provokes heated controversy
A research project to test next-generation building sensors at Carnegie Mellon University provoked intense debate over the privacy implications of widespread deployment of the devices in a new 90,000-sf building. The light-switch-size devices, capable of measuring 12 types of data including motion and sound, were mounted in more than 300 locations throughout the building.
Architects | Apr 6, 2023
New tool from Perkins&Will will make public health data more accessible to designers and architects
Called PRECEDE, the dashboard is an open-source tool developed by Perkins&Will that draws on federal data to identify and assess community health priorities within the U.S. by location. The firm was recently awarded a $30,000 ASID Foundation Grant to enhance the tool.