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Electric Vehicle Solutions

Advanced materials design is becoming the key building block for the next generation of electric vehicles as powertrains push to electrify, miniaturize and create sustainable high performance features.

LUNA® is one the worlds hardest silver coatings with an operating temperature above 210 C. This enables safe and reliable power connections throughout the life cycle of electric vehicles. As the industry continues to innovate, new materials can be developed using our computational material design platform.

High-voltage powertrain interconnects pose new challenges to designing electric vehicle connectors.

LUNA® computational designed temperature stability provides more safe reliable power to electric vehicles. 

LUNA® provides 2-3x the hardness of silver preventing galling wear.

Novel Nanocrystalline Silver Alloy Coatings to Boost Performance of EV High Voltage Interconnects and Charging Interfaces.

Learn How To Transform Your Products

As smartphones shift to higher charging potentials and waterproofing claims, the USBC charging connector requires high performance advanced material technologies. XTRONIC® is a cornerstone for more than 2 billion smartphones that have fast charge waterproof features. These solutions are being explored across new applications as the world moves to electrify bikes, medical devices, and wearables.

As electronics move from our smartphone to our bodies through wearable or medical devices, the materials used are required to be safer. LUNA® enables the removal of nickel from charging contacts.

XTRONIC® has saved datacenter OEMS more than $178 Million in gold and 78 Million Kg of CO2. By replacing precious metals in electronics, XTALIC is able to get you closer to meeting your ESG and sustainability goals. Today precious metal reduction is being explored across consumer devices using our advanced material design platform based on computational models from the labs at MIT.