Kyle T Gaines

Title: Kyle T. Gaines and Lightweight Polymer Structural Members.

Introduction

Kyle T. Gaines is an inventor associated with Blacklick, Ohio, and Altum, Inc. His patent work includes a structural member designed to combine lightweight polymer materials with improved mechanical strength. Gaines is credited with 3 patents.

Latest Patents

Gaines’s listed latest patent is titled “Structural Member Consisting of Dissimilar Polymer Materials.” The invention describes a structural member built around a lightweight polymer core, one or more outer skins, and an interposed crosslinking nanolayer.

The core can use a reduced-density structure, such as open- or closed-cell foam, honeycomb, or corrugation. It may have a lower density and a higher softening or melting temperature than the skin materials. The core may also contact only a limited portion of the skin interface.

The skin may be a thermoplastic layer or a composite containing non-thermoplastic reinforcements. The crosslinking nanolayer is covalently bonded to the core and helps create molecular compatibility with the skin, supporting a strong connection between dissimilar materials.

Career Highlights

Gaines’s patent activity reflects work on polymer-based structural design, particularly the challenge of joining lightweight cores to stronger exterior layers. The described approach combines material selection and interface engineering to support structural strength while retaining a low-density core.

Collaborations

Gaines is associated with Altum, Inc. The supplied information also names Greg A. Karst and Dominic Plauche Grandominico as coworkers.

Conclusion

Kyle T. Gaines’s patent work focuses on a lightweight structural member that uses a crosslinking nanolayer to improve compatibility and bonding between dissimilar polymer materials.