About MetOx

History & Accomplishments

Our Purpose is to deliver the world’s most advanced and efficient wire - enabling clean, reliable and abundant power for humanity. We’re developing technology that will address some of the world’s greatest challenges, and we drive forward each day on our mission of positive impact for generations to come.

We invite you to learn more about MetOx, and connect with us if you’d like to join us on our journey.

114 years in the making

Superconductivity is not new. We are well over a century into the quest to understand, create, control and build using its extraordinary properties, and we’re just getting started.

The Evolution of HTS wire

A timeline infographic showing the history and advancements in superconductor and superconductor wire technology from 1911 to 2023. The timeline includes key discoveries, technological milestones, and notable scientists, with images illustrating some of the scientific developments and equipment.

Our Development Path

Three men working with scientific equipment in a laboratory. One is sitting at a computer, another is standing and operating a device, and the third is pouring a substance from a large container into a vertical apparatus. There are shelves with supplies in the background, and a whiteboard with diagrams and notes on the wall.

Early testing at MetOx

Research & Development

It began with research, and now with some of the world’s most sophisticated engineering and technology partners, the development continues today. We innovate and challenge assumptions daily. We design with new materials, compounds, flow rates, measurement, data and analytics to take the technology further.

A scientist working in a laboratory filled with scientific equipment and supplies, sitting on a rolling chair at a cluttered workspace.

Testing and Refining

Thousands of tests, hundreds of thousands of data points, and incremental innovation in every run. Our world leading knowledge and expertise was built day by day, and run by run.

Laboratory with scientific equipment, including a large black cylindrical device, metallic framework, and various tubes and instruments for experiments.

Early stage development of MOCVD

Five people standing in front of scientific equipment inside a laboratory. Signed

MetOx R&D pilot line and early technology team

Designing and Engineering for Scale

Exceptional design isn’t perfected in a vacuum. MetOx success arises from the openness and dedication of researchers, technical advisors, engineering partners, investors, industry, and friends.

Close-up view of a metal reel with a strip of material, mounted on a machine with a textured metal surface.

MetOx HTS wire in reel-to-reel production

Building for the future

The launch of our first large scale commercial line in early 2024 was a defining moment for MetOx, and HTS in the U.S.

History will be made in the years to come. We are thrilled to have the extraordinary opportunity to play a part in writing the story of Wiring the World with Xeus Wire/

Group of workers in a factory or industrial facility posing for a photo, with warehouse shelving and machinery in the background.

A portion of the MetOx team in April, 2024 at the Official launch of the MetOx Line 1 Facility in Houston, Texas.

A look back at the early days

Innovation is in our DNA

 

Our co-founders became interested in superconductors at a time of major advances in their science. The 1990s were the frontier of science and technology of high temperature superconductivity (HTS) and physics, and the founders knew early on that they were onto something special.

MetOx’s superconductor technology is derived from the research of Dr. Ignatiev, co-Founder and standing CSO of MetOx. As professor of physics and materials science at the University of Houston, Alex had conducted extensive research in advanced thin film deposition technologies. With the discovery of YBCO HTS by Professor Paul Chu at the University of Houston, Alex investigated the deposition of YBCO thin films on a tape substrate with performance, economy and ease of scale-up in mind.

Over the years that followed...

By the mid-late 2000’s, there was already a steadily growing awareness of the changes in climate, growing urban populations, an aging grid, need for new forms of cleaner and more reliable energy, and already increasing political forces moving to affect change.

The team took on the challenge to invest and build on the science, and use the properties of superconductivity to develop a wire that could transmit much more power without resistance or loss. This research became the foundation for our progress, and our continued innovation to manufacture HTS wire at higher performance, quality, and most critically - uniformity at scale.