Coordination Failures in PEMB and IMP: The Costly Girt Problem

In the world of pre-engineered metal buildings (PEMB) and insulated metal panels (IMP), a persistent issue known as "The Girt Problem" is causing significant headaches and financial setbacks for contractors across North America. As the construction industry continues to optimize for cost and efficiency, the lack of coordination between PEMB and IMP systems is a growing concern that must be addressed.

What Happened
The "Girt Problem" refers to a recurring coordination issue between the structural framing in PEMB and the installation of IMPs. While both systems are engineered for their respective functions—PEMB for structural loads and IMP for enclosure performance—they are not always designed to work in tandem. This misalignment often surfaces only after construction has begun, leading to costly rework and project delays.

The problem arises from the variable girt spacing in PEMB, which is engineered to optimize for structural loads and minimize material use. This spacing is often not compatible with the span capabilities of IMPs, which are determined by factors such as panel thickness and manufacturer specifications. Without early coordination, contractors are forced to implement costly solutions like supplemental fastening or upgrading to heavier panels after projects are underway.

What This Means for Your Business
For contractors and procurement directors in the construction industry, this issue underscores the importance of early coordination between PEMB and IMP systems. Failing to address this can lead to increased labor costs, extended project timelines, and reduced profit margins. The need for additional resources such as extra crews, lifts, and materials can significantly inflate project costs—expenses that are rarely budgeted for once a project is awarded.

Additionally, government contractors and those involved in federal construction projects should be particularly vigilant, as misalignments could impact compliance with structural and safety standards. Ensuring that all components are engineered to work together is crucial for maintaining competitive positioning and avoiding costly project overruns.

What US Operators Should Watch
Moving forward, construction firms should prioritize pre-construction coordination meetings that involve all relevant stakeholders, including PEMB engineers and IMP manufacturers. This proactive approach will help identify potential issues before they escalate, allowing for more cost-effective solutions.

Operators should also keep an eye on evolving industry standards and best practices for integrating PEMB and IMP systems. As the industry continues to innovate, staying informed about new technologies and engineering techniques will be essential for maintaining efficiency and competitiveness.

Ultimately, addressing "The Girt Problem" requires a collaborative effort across the construction industry. By fostering better communication and coordination, contractors can avoid the costly pitfalls associated with this persistent issue.

Source: https://www.metalconstructionnews.com/main-slider/the-girt-problem/. Read the original story ->