Electrification, vehicle range, and safety enhanced with advanced materials given critical input in the permanent magnet, battery, steel chassis, and body panels.
An Element with Impact
Realizing significant societal benefits through the application of boron and lithium materials and their derivatives in end-use products.
Applications Enable Decarbonization
Advanced material applications are important enablers to a low emissions future. The unique chemical properties of boron and lithium improve strength, heat resistance, and reduce weight. These attributes have a favorable impact to the electrification of vehicles and the global energy supply.
Electric Vehicles
Wind Energy
Clean energy generation and asset life supported by utilizing advanced materials in the permanent magnet and fiberglass blades.
Semiconductors
Increased energy efficiency of heat and power exchange in integrated circuits and capacitor chips that power applications such as LCD panels, smart devices, and other mobility electronics.
Contribution to UN Sustainable Development Goals (UN SDGs)
Applications that support climate action, health, and well-being are at the forefront of industry focus. The versatility of advanced materials responds to customer demand across five application categories - all of which make a unique contribution to UN SDGs.
