Exploring the Role of Wire Hangers in Mechanical Construction
The John R. Gentille Foundation (JRGF) has recently completed a study into the advantages of using wire hangers in mechanical construction, providing a fresh perspective on alternatives to traditional hanger systems. While threaded rod hangers have long been the standard for supporting mechanical systems, wire hangers—widely used in sheet metal and electrical applications—are now being considered in the mechanical field. This research provides valuable insights into how wire hangers may enhance project efficiency and save costs, especially in demanding installations.
Traditional threaded rod hangers require considerable coordination, from shop fabrication to precise on-site adjustments, which can lead to longer installation times and higher labor costs. Wire hangers, by comparison, offer simpler and faster installation with fewer fabrication requirements. This flexibility allows contractors to make on-the-fly adjustments with minimal tools, a clear advantage in settings where efficiency and adaptability are essential.
Despite these benefits, wire hangers have not yet achieved universal acceptance in the mechanical industry. Engineers and contractors have traditionally been cautious about adopting alternative hanger systems for mechanical applications, mainly due to concerns about weight capacity and rigidity. However, recent case studies and industry feedback highlight promising results for wire hangers, showing that they can reliably support a variety of mechanical systems while offering significant labor savings. rticipating in this groundbreaking study? By contributing your data, you can be part of a collective effort to advance the industry’s understanding of VDC. Participation not only helps develop benchmarks that can benefit the entire MEP sector but also gives you early access to findings that could improve your own practices.
Download the complete white paper to explore how wire hangers could streamline your projects and enhance your workflows.
