April 1, 2025

Cross-sectional diagram of a concrete sandwich wall panel showing a blue embedded lifting anchor spanning inner and outer layers. The anchor distributes load across the panel, and an inset zoom highlights the interface between materials, emphasizing a non-thermally conductive barrier that maintains insulation while supporting lifting forces.

Non-Thermally Conducting Lifting Anchor for Concrete Sandwich Wall Panels

Products, Materials, and Services Construction

Abstract

This technology provides a non-thermally conductive concrete lifting anchor to improve efficiency in crane lifting concrete panels in large building construction.

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Problem

Construction involving concrete sandwich panels is trending towards thinner, lighter, and more economic panels. However, thinner panels tend to fail more easily when lifted, requiring larger anchors.

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Solution

This concrete lifting anchor is more effective at distributing weight load to avoid failure in lifting. Additionally, because it is non-thermally conductive, the thermal barrier isn't compromised upon installation of these anchors.

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Value Proposition

The technology provides a small, inexpensive, weight-distributing, non-thermally conducting lifting anchor. These greatly simplify the construction process of large concrete buildings, saving money, time, and resources.

Benefit

Construction involving concrete sandwich panels is trending towards thinner, lighter, and more economic panels. However, thinner panels tend to fail more easily when lifted, requiring larger anchors. Furthermore, energy codes require insulation of these sandwich panels, and larger anchors compromise the thermal barrier.

This concrete lifting anchor is more effective at distributing weight load to avoid failure in lifting. Additionally, because it is non-thermally conductive, the thermal barrier is not compromised upon installation of these anchors.

The technology provides a small, inexpensive, weight-distributing, non-thermally conducting lifting anchor that simplifies the construction process. Less anchors are required, paving the way for a cheaper process.

Market Application

This concrete lifting anchor technology applies directly in the construction industry, specifically within the realm of commercially scaled buildings, where concrete sandwich wall panels are utilized.

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Inventors

Marcus ("Marc") Maguire

USU Department: Civil and Environmental Engineering


USU Reference No.  C15008

Intellectual Property

U.S. Non-Provisional Patent Application Publication No. US2025/0305307A1, Published October 2, 2025 and entitled "Support Ring for Lifting Anchor"