Qubit360®

A total frame isolation system

In-plane and Out-of-plane movement in buildings, the displacement of internal elements parallel and perpendicular to their primary plane, remains a critical yet often under addressed concern in the design of internal wall systems. This phenomenon, driven by forces such as seismic activity, wind loads, differential settlement, and thermal expansion, of the external structure poses significant risks to structural integrity, occupant safety, and overall functionality.

Structural Integrity Concerns

Forces can severely impact the structural integrity of buildings, leading to cracks, weakened connections, breaches in weatherproofing and fire membranes. Historical seismic events, such as the 2010 Chile and 2011 Christchurch earthquakes, have demonstrated the catastrophic consequences of failures in the internal wall systems even hundreds of miles away from the epicenter, whilst the external structure suffered minor damage, significant damage was evident internally.

Safety Hazards

The safety hazards associated with the movement are profound. Falling debris from walls, ceilings, and facades can cause injuries or fatalities, particularly in high-occupancy buildings like schools and hospitals. Ensuring these structures can withstand both in-plane and out-of-plane forces is essential to protect lives during seismic events or other incidents inducing such movements.

Functional and Economic Implications

Movement in buildings can disrupt a building's functionality, leading to business interruptions, costly repairs, and revenue loss in commercial buildings. Residential structures may become uninhabitable, causing displacement and financial burdens for occupants and property managers. These functional and economic impacts underscore the need for robust solutions to in-plane and out-of-plane movement to extend from the well established external walls and superstructure to the internal walls as well.

The Gap in Solutions

Despite the risks, comprehensive solutions for addressing the implications of building movement and the effect it has on internal walls are lacking. Building codes and standards primarily address in-plane forces, leaving a regulatory gap for out-of-plane stability. Designing for both in-plane and out-of-plane resistance involves understanding complex material behaviors, load paths, and dynamic interactions, making it a challenging task.

Retrofitting internal walls of existing structures to resist both in-plane and out-of-plane forces is another challenge. Effective techniques until now only address the in-plane such as adding bracing, reinforcing walls with fiber-reinforced polymers, or installing dampers, can be cost-prohibitive, limiting their widespread adoption.

Qubit360^® Solving Movement in Tall Buildings

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THE ANSWER
TO A CRITICAL ISSUE

Introducing Qubit360^®: A groundbreaking solution designed to address both in-plane and out-of-plane movements. Over five years in development and rigorously tested; Qubit360^® offers in most cases, a drop-in replacement providing a robust answer to this critical issue.

Qubit360^® enhances building resilience through advanced materials and engineering, ensuring structural elements can withstand the complex movements that are induced by out-of-plane movement. Its design allows for easy integration into existing structures, making it a cost-effective option for retrofitting buildings that currently lack adequate out-of-plane resistance. By incorporating Qubit360^®, buildings' internals can achieve enhanced stability and safety, protecting occupants and minimizing functional disruptions. This solution sets a new standard for internal structural integrity in the face of multifaceted forces.

The effects of building movement on the internal walls is a critical issue with significant implications for structural integrity, safety, and functionality. The level of risk and insurability also comes under scrutiny. The introduction of Qubit360^® provides a comprehensive solution, addressing both in-plane and out-of-plane movements effectively. With its rigorous testing and development, Qubit360^® ensures that building internals can withstand the complex forces at play, enhancing resilience across the built environment. By prioritizing both in-plane and out-of-plane stability with Qubit360^®, we can safeguard structures and occupants, ensuring a more secure and functional, greener future.

Reducing Risk

Reduces the risk of tearing waterproofing membranes and fire seals, damage to anything attached to the walls, creaking sounds as the framing bends and twists out of shape, and costs involved to dealing with these conventional framing method symptoms.

Reduced carbon footprint

Qubit360^® is not only a robust solution for addressing out-of-plane and in-plane movements of internal walls but also a greener, more sustainable option. Implementing Qubit360^® can significantly reduce the carbon footprint of internal walls by up to 30%.

Implementation Efficiancy

Qubit360^® is designed for ease of implementation, significantly reducing installation time on-site. The solution does not require retooling, and product installation training is online-based, designed to be quick and efficient. This streamlined approach minimizes downtime and disruption, ensuring that projects stay on schedule and within budget.

Online Training

Qubit360^® offers online training for installers, ensuring they are fully prepared to implement the system efficiently. The training is designed to be quick and accessible, allowing workers to get up to speed without the need for lengthy in-person sessions. This approach not only saves time but also ensures that installation teams are well-versed in best practices and techniques.

Expressions of Interest

Interested in implementing Qubit360^®? You can submit a commitment-free expression of interest to one of our Qubit360^® experts. Upon submission, you will be added to our training waiting list, ensuring you receive timely access to our resources and support.

View and Download the complete Design Guide for the Qubit360^® Total Frame Isolation System.