In a world that constantly demands higher performance, greater efficiency, and enhanced durability, materials science stands at the forefront of technological advancement. Whether it is the rapid electrification of industries, the miniaturization of consumer electronics, or the evolution of high-frequency devices, the ability to manipulate materials at the atomic level has become a necessity. Xtalic, a pioneer in advanced nanostructured metal alloys, is shaping this transformation with its patented computational materials design platform. By unlocking new possibilities in durability, corrosion resistance, and temperature stability, Xtalic is helping industry leaders push the boundaries of what is possible while ensuring sustainability, safety, and cost-efficiency.

Engineering Innovation through Computational Materials Design

At the core of Xtalic’s success is its proprietary approach to computational materials design—a revolutionary method that enhances widely available metals by tailoring their nanostructure at an atomic level. Unlike traditional materials that degrade over time and under temperature fluctuations, Xtalic’s patented technology ensures long-term stability while maintaining superior mechanical, electrical, and magnetic properties.

Originally developed through groundbreaking research at the Massachusetts Institute of Technology (MIT), Xtalic’s technology has evolved from identifying stable binary nanostructured metal alloys to exploring ternary and higher-order alloys. This expansion enables greater control over a material’s functional properties, allowing for customized solutions that meet the ever-growing demands of modern industries.

With a state-of-the-art nanomaterials laboratory located in Marlborough, Massachusetts, and global technical teams spanning Shanghai, South China, and Singapore, Xtalic serves as a trusted advisor to world-leading companies seeking breakthrough material solutions. More than forty-five mass production lines rely on Xtalic’s nanostructured alloys, demonstrating the company’s ability to bring cutting-edge science into real-world applications.

The Power of Advanced Nanostructured Metal Alloys

Xtalic’s ability to enhance metal performance begins with its proprietary electrodeposition techniques, allowing precise control over grain sizes at the atomic level. By engineering grain structure, Xtalic fine-tunes the electrical, mechanical, and magnetic properties of metal, resulting in superior strength, conductivity, and durability.

Unlike traditional methods that produce unstable nanostructured alloys prone to degradation, Xtalic’s alloys retain their enhanced properties over extended periods. Through its Dynamic Nanostructure Control^® technology, the company ensures that its nanocrystalline materials remain thermodynamically stable, even in the harshest environments.

This unique approach has positioned Xtalic as the go-to partner for companies striving to achieve next-generation performance in consumer electronics, medical devices, and high-frequency inductors.

Revolutionizing Industries with Advanced Materials

XENERGY^® – The Future of Wireless Charging

Wireless technology continues to evolve, but efficiency remains a critical challenge. Xtalic’s XENERGY^® alloy provides a breakthrough solution by optimizing inductance, reducing AC resistance, and enhancing magnetic properties. With its ability to minimize energy loss and heat dissipation in high-frequency applications, XENERGY^® is paving the way for more efficient and reliable wireless charging solutions.

PALLEX^® – Pushing the Boundaries of Durability

As electronic devices become more compact and intricate, the need for robust yet lightweight materials has never been greater. PALLEX^® delivers exceptional corrosion resistance and wear protection, making it an ideal choice for next-generation electronic components that require superior longevity without compromising on weight or design flexibility.

LUNA^® – Enhancing Electrical Conductivity

For applications requiring high-performance electrical conductivity, LUNA^® offers a game-changing advantage. This advanced nanostructured metal alloy ensures minimal resistivity loss at high frequencies, enabling more efficient power transmission in electronic devices and industrial applications.

XTRONIC^® – Advancing the Automotive and Aerospace Sectors

XTRONIC^® is redefining metal durability in industries that demand extreme performance. From automotive components to aerospace applications, this advanced material provides unmatched mechanical strength, thermal stability, and resistance to environmental stressors.

XTALIUM^® – A Leap Forward in Corrosion Resistance

XTALIUM^® is engineered to combat the challenges of metal degradation, offering an advanced solution for industries requiring superior corrosion protection. Whether used in medical devices, semiconductor manufacturing, or industrial machinery, XTALIUM® ensures extended operational life and reliability.

Beyond Materials: A Commitment to a Sustainable Future

Innovation at Xtalic is not just about performance—it is also about sustainability. By replacing poor-performing metals with high-performance, widely available materials, Xtalic enables industries to reduce their reliance on rare and environmentally harmful resources. This shift towards sustainability aligns with the global push for greener manufacturing processes and energy-efficient solutions.

The company’s patented computational materials design platform not only drives innovation but also promotes responsible material use, reducing waste and extending product lifecycles. By offering tailored solutions that meet the highest standards of safety, environmental responsibility, and cost-efficiency, Xtalic is shaping a more sustainable future for industries worldwide.

As the world moves toward a future defined by electrification, miniaturization, and rapid technological advancement, Xtalic remains at the forefront of materials science. With a relentless drive for innovation, the company continues to refine and expand its technology, pushing the limits of what nanostructured metal alloys can achieve.

Meet the Pre-Eminent Leader

Tom Clay joined Xtalic as CEO in March 2008. Prior to joining Xtalic, he spent 10 years growing another successful MIT startup, Z Corporation, from early commercialization phase to market leadership in the 3D printing space. Tom served Z Corporation as president, CEO, and board member. He is a former airborne ranger and led reconnaissance teams while stationed at Fort Bragg, North Carolina.

Mr. Clay holds a BA from Princeton University in Mathematics and an MBA with high distinction (Baker Scholar) from the Harvard Business School.

“Our computational materials design platform replaces poor performing metals by tailoring high-performance sustainable nanostructured metal alloys at atomic level.”