Xtalic Corporation

Reduce Costs Without Compromising Performance With gold prices at an all-time high, manufacturers are looking for smarter alternatives that maintain reliability and performance without the premium cost. Xtalic’s advanced nanostructured alloys—PALLEX?, LUNA?, and XTRONIC?—offer high-performance coatings that reduce or replace expensive precious metals like gold and rhodium. ? Lower Material Costs – Reduce reliance on volatile precious metal markets ? Enhanced Durability – Superior wear resistance for longer-lasting connectors ? Sustainable Solutions – Lower carbon footprint with recycled and engineered alloys ? Drop-in Manufacturing – Seamless integration into existing plating processes Rethink your materials strategy and unlock cost savings today. Connect with our team to learn how Xtalic’s alloys can transform your product’s performance. https://lnkd.in/e6u3m8vK #CostSavings #MaterialsInnovation #NanostructuredAlloys #ManufacturingSolutions #GoldAlternatives #Xtalic

Compared to traditional precious metals like rhodium and gold, PALLEX offers a significantly lower carbon footprint—and when made from recycled palladium, its environmental impact is reduced even further. ? Up to 12x lower carbon footprint than gold ? Nearly 10x lower impact than rhodium ? High-performance wear durability & corrosion resistance By choosing PALLEX?, electronics manufacturers can achieve superior connector performance while making a more sustainable choice. Discover how PALLEX can transform your products and help achieve your company's sustainability goals. ? https://lnkd.in/dMJzCZ5d #PALLEX #MaterialScience #AdvancedMaterials #Palladium #HighPerformanceAlloys #ConnectorInnovation #Xtalic

From our early days in the MIT labs to where we stand today, sustainability has become a driving force in our alloy design philosophy. What started as a pure focus on thermodynamics and metallurgy has evolved into a methodology that prioritizes environmental impact—without compromising performance. With more consumers and businesses striving for carbon neutrality, our customers turn to us to develop materials that reduce environmental impact through substitution, secondary material usage, and recyclability. Discover how Xtalic integrates sustainability into alloy design and how our solutions help businesses meet their goals. https://lnkd.in/eiPeKPQ7 #SustainableInnovation #MaterialsScience #NanostructuredAlloys #Xtalic

Ideal for applications requiring consistent low contact resistance, superior wear durability, and robust corrosion resistance, PALLEX? delivers reliability while offering a cost-effective alternative to traditional precious metal finishes such as rhodium and platinum. Download the PALLEX data sheet below to learn more ?? #PALLEX #Palladium #PalladiumAlloys #ElectronicConnectors #MaterialScience #AdvancedMaterials #Xtalic

Wireless charging offers convenience, but challenges like energy loss, heat buildup, and strict alignment requirements still limit its efficiency. At Xtalic, we’re addressing these issues with XENERGY?—a nanostructured soft magnetic alloy engineered to optimize inductive wireless charging. As we continue advancing soft magnetic materials, we’re unlocking even more high-performance possibilities for the future of wireless power. #MaterialsScience #SoftMagneticMaterials #XENERGY #WirelessCharging #Xtalic

Wireless charging is convenient, but inefficiencies like energy loss, heat generation, and precise alignment requirements still pose challenges. At Xtalic, we’re tackling these limitations head-on with XENERGY? — nanostructured soft magnetic alloy designed to enhance inductive wireless charging. By improving magnetic properties in space-constrained applications like consumer electronics, XENERGY delivers greater efficiency, especially in Qi, Qi2, and NFC bands. And as we continue to push the boundaries of soft magnetic materials, we’re uncovering even more high-performance applications. Read more in our latest blog:? https://lnkd.in/e7egjpkS #WirelessCharging #SoftMagneticMaterial #XENERGY #AdvancedMaterials #Xtalic

We are looking forward to attending DesignCon 2025 to learn about the latest in chip, board, and electronic innovation systems. Meet our team, including Robert Hilty and Jerome Stanley to discover how Xtalic’s nanostructured metal alloys and technology deliver advanced material properties like increased hardness, wear durability, and corrosion resistance. Email us at [email protected] to connect. #DesignCon2025 #MaterialScience #MaterialsEngineering?

With the guidance of our materials design experts, we utilize novel computational models to develop superior materials, addressing the limitations of underperforming and unsustainable alternatives. Our capabilities empower customers to overcome product feature challenges and ensure the deployment of state-of-the-art materials in their latest innovations. Connect with our team to learn more about Xtalic’s capabilities.? https://lnkd.in/edqejX5g #XtalicInnovation #AdvancedMaterials #NanocrystallineMetalAlloys

LUNA? is one of the world’s hardest high-temperature silvers. It can operate above 210 C. The hardness and electrical properties are similar to hard gold but at 2% of the mining impact. Today it is used to create safer wearables and enable the next generation of reliable electric vehicles. XTALIUM? is a suite of nanostructured aluminum alloys electroplated from ionic liquids. It has enabled one of the lightest materials in the world, has the strength of steel and can be anodized for a full palette of colors. XTRONIC? is the first commercialized thermodynamically stable nanostructured metal alloy. This alloy was developed to address the limitations of traditional materials used in high-speed data connectors.?Over the past decade, XTRONIC has proven to be an industry game-changer by saving $270 million in gold elimination and reducing CO2 emissions by 90 million kilograms. Learn more about our alloy’s key properties and manufacturing methods: https://lnkd.in/eQNN-M6G #Alloys #MaterialScience #AdvancedMaterials #Innovation #Xtalic

Ideal for applications requiring consistent low contact resistance, superior wear durability, and robust corrosion resistance, PALLEX? delivers reliability while offering a cost-effective alternative to traditional precious metal finishes such as rhodium and platinum. Download the PALLEX data sheet below to learn more ?? #PALLEX #Palladium #PalladiumAlloys #ElectronicConnectors #MaterialScience #AdvancedMaterials #Xtalic