We produce high-quality, ultra-thin lithium films, enabling high-performance, cost-effective batteries.
thickness
Available from
<1µm to 20µm
width
<20mm to 740mm
substrates
Copper, graphite, silicon, and
silicon-graphite
quantity
Available from 10m to 100,000,000m
- Optimize silicon anodes without a cost penalty.
- Highest quality lithium metal films ready for giga scale.
- Supercharge graphite anodes for higher energy density and 30-year lifetimes.
- Increase first-cycle efficiency of silicon-anodes
- Meet the promise of lighter EVs that charge faster, last longer, and perform better
- Facilitate advanced battery architectures, paving the way for next-generation batteries
- Support gigawatt-hour scale production to meet customer demand
- Allows manufacturers to adopt advanced lithium films without overhauling existing processes
- Unlocks both lower cost AND higher energy density
- Ultra-thin lithium can increase energy density by up to 70%
- Enable longer range cars, trucks, and e-aviation
- Facilitate advanced battery architectures with greater reliability and longevity
- Integrate protection and performance enhancement layers between the lithium film and electrolyte
- Support scalable next-generation batteries with superior lithium metal anodes
- Simplify the anode manufacturing process
- Vapor deposition process creates high-quality, ultra-thin films, reducing total lithium material costs
- Ultra-uniform lithium layers that lower defects in lithium metal and solid-state batteries
- Increase energy density and cycle life
- Easily integrate with existing manufacturing processes
- Leverage our safer manufacturing process to provide higher-quality, more reliable batteries
- Unlock the lowest levelized cost of storage
- Increase first-cycle efficiency of silicon-anodes
- Meet the promise of lighter EVs that charge faster, last longer, and perform better
- Facilitate advanced battery architectures, paving the way for next-generation batteries
- Support gigawatt-hour scale production to meet customer demand
- Allows manufacturers to adopt advanced lithium films without overhauling existing processes
- Unlocks both lower cost AND higher energy density
- Ultra-thin lithium can increase energy density by up to 70%
- Enable longer range cars, trucks, and e-aviation
- Facilitate advanced battery architectures with greater reliability and longevity
- Integrate protection and performance enhancement layers between the lithium film and electrolyte
- Support scalable next-generation batteries with superior lithium metal anodes
- Simplify the anode manufacturing process
- Vapor deposition process creates high-quality, ultra-thin films, reducing total lithium material costs
- Ultra-uniform lithium layers that lower defects in lithium metal and solid-state batteries
- Increase energy density and cycle life
- Easily integrate with existing manufacturing processes
- Leverage our safer manufacturing process to provide higher-quality, more reliable batteries
- Unlock the lowest levelized cost of storage
Leverages decades of materials engineering expertise in roll-to-roll, vapor deposition technology.
- Ability to scale to high-volume manufacturing on a proprietary roll-to-roll platform.
- Optimize your cell design to deliver tomorrow’s batteries today.
Supports high-volume and global scale.
World leader in vacuum-based roll-to-roll vapor deposition process and technology.
Advanced facility for roll-to-roll engineering, application, development and production.
Giga scale capability in place today.
See how we're powering the electric future.
Automotive
Unlock longer range, lighter cars without the cost penalty.
Aviation
Deliver unmatched power and energy density for e-aircraft, enhancing performance, safety, range, and cycle-life.
Energy storage
Extend battery life and enhance system reliability and sustainability.
Consumer electronics
Improve user experience by enabling smaller, higher-performing devices.